peatlands 1 taitto.indd - International Peat Society
peatlands 1 taitto.indd - International Peat Society
peatlands 1 taitto.indd - International Peat Society
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PEATLANDS<br />
<strong>International</strong><br />
<strong>Peat</strong>lands and Climate Change<br />
1/2006<br />
<strong>Peat</strong>land Restoration in Canada and Europe<br />
25 Years Mire Conservation in Lower Saxony<br />
1
Sun, Water, Klasmann! Your recipe for success.<br />
info@klasmann-deilmann.de www.klasmann-deilmann.com<br />
2 PEATLANDS <strong>International</strong> 1/2006
PEATLANDS<br />
<strong>International</strong><br />
1/2006<br />
Publisher<br />
<strong>International</strong> <strong>Peat</strong> <strong>Society</strong><br />
Vapaudenkatu 12<br />
FIN-40100 Jyväskylä, Finland<br />
Phone: +358 14 3385 440<br />
Fax: +358 14 3385 410<br />
E-mail: ips@peatsociety.org<br />
Web: www.peatsociety.org<br />
Editor-in-Chief<br />
Jaakko Silpola, Secretary General<br />
Assistant to the<br />
Editor-in-Chief<br />
Susann Warnecke,<br />
Communications Manager<br />
Editorial Board<br />
Gerry Hood, Canada<br />
Karel B. Brezina, Czech Republic<br />
Juhani Päivänen, Finland<br />
J. D. Becker-Platen, Germany<br />
Donal Clarke, Ireland<br />
Jos Schouwenaars, Netherlands<br />
Tomasz Brandyk, Poland<br />
Lars-Erik Larsson, Sweden<br />
R. Allan Robertson, UK<br />
Thomas J. Malterer, USA<br />
Layout<br />
Susann Warnecke, IPS Secretariat<br />
Saarijärven Offset Oy<br />
Printed by<br />
Saarijärven Offset Oy,<br />
Finland, in June 2006<br />
Cover photo<br />
Calowanie Fen in Poland, an old<br />
peat cutting area overgrown with<br />
sedge-moss vegetation. Photo:<br />
Paulina Dzierza<br />
ISSN 1455-8491<br />
In this issue<br />
Editorial: IPS in drive! ..................................................................4<br />
From the President’s Desk: Climate Change Working Group:<br />
The next big exercise for IPS .........................................................5<br />
A lot of under 300-year-old peat layers in Finland .......................7<br />
<strong>International</strong> Symposium on <strong>Peat</strong> in Horticulture .........................8<br />
Wim Tonnis <strong>Peat</strong> Award 2006 to Hans Joosten and<br />
Donal Clarke .............................................................................. 10<br />
New Faces in IPS Key Functions ................................................... 11<br />
Meetings, Mires, a Museum and more at<br />
the IPS Convention in Hanover .................................................. 12<br />
25 Years Mire Conservation Programme in<br />
Germany’s Lower Saxony ........................................................... 14<br />
Riau Declaration on <strong>Peat</strong>lands and Climate Change .................... 18<br />
Dutch Government Fights Fires in Kalimantan ............................ 19<br />
Knowledge Transfer Workshop for the Restoration<br />
of <strong>Peat</strong>lands, Québec .................................................................20<br />
LIFE Co-op: Project for Restoration Management<br />
of Bogs and Dunes .....................................................................22<br />
Wise Use and Restoration of <strong>Peat</strong>lands in Poland - Invitation<br />
to a five-day excursion in late August .........................................25<br />
In memoriam: Roy L. Ingram and Henry W. Fraser .....................26<br />
Professor Doctor Honoris Causa Tomasz Józef Brandyk ..............27<br />
The nature guide to the Polish Biebrza Marshes ..........................29<br />
Symposium “Mountain and Upland <strong>Peat</strong>lands” in Poland ...........30<br />
<strong>International</strong> Meeting on Cloudberry Cultivation<br />
in Baie-Comeau, Québec ............................................................32<br />
New IPS Members .....................................................................34<br />
The Imnati Mire in the Kolkheti Lowland in Georgia .................35<br />
Telma No. 35 .............................................................................39<br />
Premier Tech Systems: Bringing Automation<br />
to the <strong>Peat</strong> Industry ................................................................... 41<br />
Visit the IPS Online Shop ............................................................42<br />
BOGLAND - A Protocol for Wise Use and<br />
Sustainable Management of <strong>Peat</strong>lands in Ireland .........................43<br />
Join the <strong>International</strong> <strong>Peat</strong> <strong>Society</strong> ..............................................45<br />
Do you know <strong>Peat</strong> News? ..........................................................45<br />
Recording the Past: the Power of <strong>Peat</strong> ........................................46<br />
Future IPS Conferences and Symposia .........................................50<br />
Events of related organisations ...................................................50<br />
Information for Advertisers ........................................................50<br />
3
IPS in drive!<br />
The Annual Assembly held in Hanover,<br />
Germany was extremely successful.<br />
The IPS National Committee of<br />
Germany had arranged a splendid<br />
program for us and a pleasant meeting<br />
place at the Hotel Jägerhof just<br />
outside the city. So it was no wonder<br />
that about eighty IPS members decided<br />
to get together for three days – it was<br />
defi nitely worth coming! During the<br />
whole time I sensed a relaxed and open<br />
atmosphere although there were important<br />
elections to be held and many<br />
decisions to be taken.<br />
At the Annual Assembly, the new<br />
Wim Tonnis <strong>Peat</strong> Award had its fi rst<br />
prize winners and what kind of winners!<br />
Dr Hans Joosten and Mr Donal<br />
Clarke were duly awarded for their<br />
distinguished contribution to peat and<br />
peatland science and industry, especially<br />
in the promotion of Wise Use.<br />
They both have had a great impact in<br />
developing the concept of wise use of<br />
peat and <strong>peatlands</strong> in open interaction.<br />
Once again, congratulations to the<br />
winners! IPS received very many excellent<br />
nominations for the award and<br />
they will be valid for two more years.<br />
In addition to this, the IPS Secretariat<br />
welcomes all new proposals for the<br />
next Award which will be conferred at<br />
the Annual Assembly 2007.<br />
The IPS Executive Board has now<br />
three new members and I want to<br />
welcome Håkan Bjur of Råsjö Torv<br />
from Sweden, Valerijs Kozlovs of the<br />
Latvian <strong>Peat</strong> Producers Association<br />
and Jutta Zeitz of the Agricultural<br />
Faculty of Humboldt University Berlin<br />
Editorial<br />
4 PEATLANDS <strong>International</strong> 1/2006<br />
to the Board. Also I want to thank all<br />
other candidates who stepped forward<br />
and accepted the nominations by their<br />
member countries. This open election<br />
system, in which candidates are<br />
known well in advance of the election,<br />
evidently makes IPS more interesting<br />
and transparent.<br />
I would also like to welcome Gerald<br />
Schmilewski from Klasmann-Deilmann<br />
GmbH, Germany as the new chairman<br />
of Commission II on the Industrial<br />
Utilization of <strong>Peat</strong> and <strong>Peat</strong>lands, and<br />
Bruno Berken of the growing media<br />
association CAS from France as the<br />
new Coordinator of the Horticultural<br />
<strong>Peat</strong> Working Group. At the same time,<br />
I want to express my warmest thanks to<br />
the retired Executive Board members<br />
Gerfried Caspers, Bernt Hedlund and<br />
Matti Hilli as well as to Donal Clarke,<br />
former Chairman of Commission II,<br />
for their devoted work in IPS.<br />
The Annual Assembly accepted the<br />
proposal of the Executive Board that<br />
Sweden should host the IPS <strong>International</strong><br />
<strong>Peat</strong> Congress 2012. There was<br />
a fair and challenging competition<br />
between Estonia, Latvia and Sweden to<br />
host the event. All candidate countries<br />
and their proposals were evaluated very<br />
carefully. The IPS Congress, which is<br />
held every fourth year, is an excellent<br />
and advanced event for all peat and<br />
peatland experts. I hope that Ireland in<br />
Tullamore 2008 and Sweden in Stockholm<br />
2012 are even able to enlarge our<br />
main event, time after time.<br />
The Round Table Discussion of<br />
National Committees before the<br />
Jaakko Silpola<br />
Annual Assembly dealt with many<br />
issues among which the future of IPS<br />
was raised several times. We heard<br />
very good descriptions of why some<br />
countries have adopted new rules for<br />
National Committees in order to open,<br />
activate and enlarge the peat society<br />
within their countries.<br />
I strongly believe that each National<br />
Committee is able to signifi cantly<br />
increase its membership by attracting<br />
researchers, students, businessmen and<br />
consultants, company experts, teachers,<br />
journalists, artists and active citizens.<br />
Why should we gather new members?<br />
The answer is that open access is one<br />
of our key values and communication<br />
is another. An IPS National Committee<br />
is a perfect platform for all kinds<br />
of experts and stakeholders related to<br />
peat and <strong>peatlands</strong> who together can<br />
promote and advance the fruitful and<br />
wise use of peat and <strong>peatlands</strong> as well<br />
as the objectives of the IPS.<br />
The next Annual Assembly of<br />
National Representatives will be hosted<br />
by the Latvian National Committee<br />
on 24- 26 May 2007. The program<br />
will certainly be interesting, including<br />
a study tour and several unoffi cial and<br />
offi cial meetings. IPS will maintain its<br />
efforts to organize topical and wellprepared<br />
events in which it is easy for<br />
all people to participate. See you again!
Markku Mäkelä<br />
From the President’s Desk<br />
Climate Change Working Group:<br />
The next big exercise for IPS<br />
More than one year ago, on 20 February<br />
2005, the IPS Executive Board held<br />
a sauna meeting aboard a ferry on the<br />
Baltic Sea. There was only one item on<br />
the agenda. What next after the Wise<br />
Use Guidebook, an exercise of several<br />
years between the <strong>International</strong> <strong>Peat</strong><br />
<strong>Society</strong> and the IMCG, the <strong>International</strong><br />
Mire Conservation Group. After<br />
the second round in the steam room, a<br />
topic emerged, not a new one but the<br />
highly important, debatable and timely<br />
current issue of <strong>Peat</strong>lands and Climate<br />
Change.<br />
The topic was then discussed thoroughly<br />
within the recently established<br />
Scientifi c Advisory Board (SAB) of<br />
IPS at its second meeting in Warsaw,<br />
Poland. Having accepted the topic<br />
unanimously, SAB was asked to draft<br />
terms of reference for an Expert<br />
Group to be invited to develop the<br />
idea and work out an action plan for<br />
dealing with the complex issue of<br />
<strong>Peat</strong>lands and Climate Change. Each<br />
of the eight IPS Commissions then<br />
nominated a representative for the<br />
Participants of the fi rst IPS <strong>Peat</strong>lands and Climate Change Working Group meeting on 1 February in Helsinki: Matti Saarnisto, Kari Minkkinen,<br />
Mike Waddington, Lars Lundin, Kristina Holmgren, Jukka Laine, Magnus Brandel, Maria Strack, Ryszard Oleczszuk, Markku Mäkelä, Timo<br />
Nyrönen, Mats Olsson, Heinrich Höper, Jaakko Silpola and Jack Rieley (left to right). Photo: Susann Warnecke<br />
5
Expert Group in order to incorporate<br />
expertise from different sub areas and<br />
viewpoints. On the fi rst day of February<br />
2006, 16 invited experts assembled<br />
in the House of Estates in a pretty<br />
cold Helsinki, where there was no sign<br />
of global warming.<br />
In my opening remarks, I called to<br />
mind that, in late November of the<br />
last year of the previous millennium,<br />
IPS and IMCG urged the contracting<br />
parties to the UNF Convention on<br />
Climate Change, better known as the<br />
Kyoto Protocol, to include the actions<br />
mentioned in a joint position paper<br />
of IPS/IMCG, the so called Freising<br />
Statement, in the Convention. As, since<br />
then, nothing of what the position paper<br />
emphasizes has changed, I take this<br />
6 PEATLANDS <strong>International</strong> 1/2006<br />
opportunity to repeat the statement<br />
here, from the present president’s desk.<br />
The CC-WG kick-off meeting in<br />
Helsinki was preceded by an “<strong>International</strong><br />
Seminar on Greenhouse impacts<br />
of the use of peat and <strong>peatlands</strong> in<br />
Finland” on 31 January, organized by<br />
the Finnish Forest Research Institute.<br />
In the seminar, ten highly professional<br />
papers were presented, describing<br />
results of a four-year project on<br />
greenhouse impacts of the Finnish<br />
<strong>peatlands</strong>. The seminar, chaired by Professor<br />
Jukka Laine, formed, together<br />
with the Freising Statement, an excellent<br />
basis for the discussions of the<br />
CC-WG meeting on the next day.<br />
Professor Laine, co-chaired by<br />
professor Matti Saarnisto, Secretary<br />
The Freising Statement<br />
The role of <strong>peatlands</strong> in man-induced climate change<br />
Position paper of IPS/IMCG addressed to the IPCC<br />
I. Introduction<br />
1. <strong>Peat</strong>lands contain about 35% of the global terrestrial surface carbon store;<br />
2. Development of pristine <strong>peatlands</strong> for agriculture and peat extraction stops<br />
carbon sequestration and leads to a decrease of the peat carbon pool on these<br />
sites; drainage of <strong>peatlands</strong> for forestry negatively affects peat carbon sequestration,<br />
but increased biomass may temporarily (1-2 centuries) compensate for sequestration<br />
losses; the rewetting of disturbed <strong>peatlands</strong> can contribute to carbon<br />
sequestration;<br />
3. Large scale fi res in <strong>peatlands</strong> cause substantial carbon release;<br />
4. The role of <strong>peatlands</strong> in the global carbon balance and climate change is presently<br />
not taken into account by the UN FCCC, Kyoto Protocol.<br />
II. Aims<br />
5. The UNF Convention on Climate Change should include actions designed to:<br />
• Promote the maintenance of existing carbon stores in <strong>peatlands</strong>;<br />
• Prevent the uncontrolled release of carbon from <strong>peatlands</strong>;<br />
• Maintain the carbon sequestering role of pristine <strong>peatlands</strong>;<br />
• Promote the restoration of disturbed <strong>peatlands</strong> for carbon sequestration;<br />
• Reduce, by wise use, the emissions of greenhouse gases from <strong>peatlands</strong> currently<br />
being used;<br />
• Promote further studies on carbon balance in <strong>peatlands</strong> and its role in global climate<br />
change.<br />
III. Action plan<br />
6. Create a data base on size and utilization of <strong>peatlands</strong> in order to obtain information<br />
about the carbon pool and its changes;<br />
7. Minimise the drainage of pristine <strong>peatlands</strong>;<br />
8. Reduce the emissions from existing agricultural, forestry, and peat extraction activities<br />
by wise use;<br />
9. Mitigate losses through restoration and other appropriate measures;<br />
10. Avoid the introduction of perverse incentives for climate protection matters,<br />
(such as peatland drainage for afforestation for the sole purpose of acquiring<br />
carbon credits).<br />
The contracting parties to the UNF Convention on Climate Change (Kyoto Protocol)<br />
are urged to include the above mentioned actions in the Convention.<br />
Freising, November 28, 1999<br />
Jens Dieter Becker-Platen Richard Lindsay<br />
General of the Finnish Academy of<br />
Sciences and Letters, conducted the<br />
CC-WG kick-off meeting through<br />
discussions on the purpose of the<br />
working group, on outcomes of the<br />
preceding seminar, other related research<br />
and working groups currently in<br />
operation in the fi eld of <strong>peatlands</strong> and<br />
climate change as well as the relation<br />
of the scientifi c activities and results to<br />
the IPCC and climate effect accounting<br />
methods in general. An important<br />
topic was the positioning of the IPS<br />
<strong>Peat</strong>lands and Climate Change Working<br />
Group towards other networks.<br />
In order to ensure the success of the<br />
two years work of CC-WG, a lot of<br />
emphasis was given at the Helsinki<br />
kick-off meeting to the objectives,<br />
methodology, timetable and the budget<br />
of the project.<br />
As a concluding outcome of the<br />
meeting, the working group decided<br />
that it would prepare an assessment<br />
report on “<strong>Peat</strong>lands and Climate<br />
Change”. Professor Jukka Laine will<br />
chair and coordinate the exercise.<br />
Invited CC-WG members will act as<br />
authors and contact points within their<br />
own fi elds of science. Funding of<br />
the CC-WG will be provided through<br />
the IPS budget, an issue which was<br />
handled at the IPS Convention in early<br />
May in Hanover, Germany. The CC-<br />
WG work was initiated without delay<br />
by asking authors to provide their topic<br />
proposals to Professor Laine, who will<br />
coordinate the content of the report.<br />
As an appetizer of the topics to<br />
be handled in the assessment report,<br />
this issue of <strong>Peat</strong>lands <strong>International</strong><br />
contains a short sample entitled “A lot<br />
of under 300-years-old peat layers in<br />
Finland“ by Dr. Markku Mäkilä of the<br />
Geological Survey of Finland. �<br />
Prof. Ph.D. Markku Mäkelä<br />
IPS President<br />
Geological Survey of Finland<br />
e-mail: markku.makela@gtk.fi
A lot of under 300-year-old peat layers<br />
in Finland Text: Markku Mäkilä<br />
Markku Mäkilä from the<br />
Geological Survey of Finland<br />
analyzes the carbon storage<br />
abilities of Finnish mires<br />
according to their age, type<br />
and location.<br />
Geological peatland covers an area<br />
of 5.1 million ha in Finland, having<br />
a mean depth of 1.4 m. The Finnish<br />
national peat reserves total 69.3 billion<br />
m 3 in situ, while the carbon storage of<br />
Finnish mires is 3.2 billion t (627 t per<br />
hectare). The original peatland area<br />
covered ca. 10 million hectares.<br />
The long-term peat increment of<br />
Finnish mires has been calculated on<br />
the basis of 520 dated peat columns.<br />
The calibrated radiocarbon ages<br />
correspond to the present time, as<br />
50 years were added to them. The<br />
long-term peat increment in Finnish<br />
mires varies considerably, depending<br />
on many factors. For example, the rate<br />
of increment is higher in geologically<br />
young mires than in old ones (Fig. 1),<br />
higher in southern and western than<br />
in eastern and northern Finland, and<br />
higher in ombrotrophic bogs of southern<br />
Finland (Sphagnum area) than in<br />
minerotrophic mires (sedge area) of<br />
northern Finland (Fig. 1).<br />
The highest recorded rates are 2-3<br />
mm yr -1 in young coastal bogs and the<br />
lowest, under 0.1 mm yr -1 , in the uplands<br />
of northern and eastern Finland,<br />
where the bottom soil topography is<br />
sloping. The average peat increment<br />
rate is 0.32 mm yr -1 . The rate in areas<br />
of peat deeper than 2 metres is 0.4<br />
mm yr -1 , when northern aapa and palsa<br />
areas are excluded.<br />
The vertical peat increment rate<br />
was determined from 39 dated peat<br />
columns mainly representing the thickest<br />
peat layers of mires. Several datings<br />
were performed from separate levels<br />
in each column. The rate has varied<br />
greatly during the last 10 000 years<br />
(Fig. 2). Variations in peat increment<br />
rates can mainly be explained by the<br />
changes in vegetation composition and<br />
decomposition rates due to natural<br />
mire succession and variations in local<br />
conditions, especially moisture and<br />
nutrient conditions. However, the role<br />
of the climate cannot be ignored. Usually,<br />
about 5-20% of the plant biomass<br />
production is deposited as peat. Most<br />
of the biomass decays in the oxic peat<br />
layer at the surface and returns to the<br />
atmosphere as carbon dioxide (CO 2) .<br />
The proportion of the carbon<br />
store of mires contained in the surface<br />
peat layer (age 50-430 years, average<br />
250 years) was<br />
examined in 25<br />
peat columns of<br />
known age, dry<br />
bulk density and<br />
carbon content.<br />
This proportion<br />
was found to<br />
vary considerably<br />
(2-37%),<br />
approximately<br />
corresponding to<br />
the proportion of<br />
virgin peat but not<br />
the proportion of<br />
the energy content<br />
in the surface<br />
layer. However,<br />
due to the natural<br />
conditions, especially<br />
the moisture<br />
and nutrient<br />
conditions, areal<br />
differences were<br />
substantial and the<br />
proportion differed<br />
greatly even<br />
between adjacent<br />
mires. In addition<br />
to the age of the<br />
surface peat layer,<br />
the carbon store<br />
also depends on<br />
many other fac-<br />
tors such as the thickness of both the<br />
surface (0.1-1.0 m) and the total peat<br />
layer (0.5-7.8 m), and the age (710-10<br />
440 years) and carbon store of the<br />
total peat layer (180-2790 t ha -1 ).<br />
The highest proportions of carbon<br />
in the surface peat layer (>20%) were<br />
found in quite young mires under 1000<br />
years old in the coastal bogs of the<br />
highest uplift area. For example, in this<br />
type of bog the carbon content of surface<br />
peat layers aged 160 years was 114<br />
t ha -1 on average. The carbon accumulation<br />
(g m -2 yr -1 ) of this type of young<br />
bog can be compared to the annual<br />
carbon accumulation of young birch<br />
Fig. 1. The variability of long-term peat increment rates in various<br />
parts of Finland.<br />
7
<strong>International</strong> Symposium on<br />
<strong>Peat</strong> in Horticulture - <strong>Peat</strong> in the<br />
Stranglehold of Interest Groups<br />
Amsterdam<br />
30 October 2006<br />
8 PEATLANDS <strong>International</strong> 1/2006<br />
The 5th <strong>International</strong> Symposium on “<strong>Peat</strong> in<br />
Horticulture” will be held in Amsterdam, the<br />
Netherlands on Monday, 30 October 2006.<br />
Traditionally, the Symposium will take place<br />
one day before the well-known <strong>International</strong><br />
Horti Fair, which is held on 31 October -<br />
3 November 2006.<br />
In 2003, the Symposium dealt with “Additives<br />
in Growing Media”. Discussed were additives<br />
like wetting agents, microbials, lime, growth<br />
regulators etc.<br />
This time, we will have lectures and discussions<br />
about PEAT. We will try to get answers<br />
on questions like:<br />
•<br />
•<br />
•<br />
•<br />
Is there an impact on our climate because<br />
of the use of peat?<br />
Can peatfi elds be transformed into nature?<br />
Are there rules and regulations concerning<br />
the extraction of peat?<br />
Is peat necessary in horticulture?<br />
The symposium is being coordinated by<br />
the Horticultural <strong>Peat</strong> Working Group of IPS<br />
(HOPE), Sympo <strong>Peat</strong> and the IPS Dutch<br />
National Committee.<br />
All details about the venue, the registration<br />
fees and speakers will be announced soon.<br />
Please check www.peatsociety.org and <strong>Peat</strong><br />
News for updates.<br />
More information on the <strong>International</strong> Horti<br />
Fair 2006 is available at www.hortifair.nl.
sapling stands in cut-away peatland that<br />
is ash fertilized. The carbon content of<br />
surface peat layers aged 250 years in all<br />
25 dated columns was also 114 t ha -1<br />
on average. The lowest proportions<br />
were found in old mires with a thick<br />
peat layer (3-5%) and in old but quite<br />
thin mires with a low surface carbon<br />
content, especially in the northern aapa<br />
mire area (4-7%).<br />
Determining the average proportion<br />
of the total carbon store of mires<br />
contained in the surface peat layer is<br />
therefore diffi cult. However, recent<br />
accumulation rates of peat per unit<br />
time are generally higher than the apparent<br />
long-term carbon accumulation<br />
rates. This difference is mainly due<br />
to the longer period for decomposition<br />
as well as losses from mires due<br />
to fi res during the accumulation of<br />
the older peat. It is, however, possible<br />
that the carbon accumulation rate has<br />
increased due to the climate in recent<br />
years. Thus, the comparison is not so<br />
straightforward.<br />
The time scales relevant for the<br />
stabilisation of the CO 2 concentration<br />
in the atmosphere are, according to the<br />
IPCC Third Assessment report (IPCC<br />
2001), in the order of 100-300 years.<br />
About half of the emitted amount of<br />
CO 2 will be present in the atmosphere<br />
Fig. 2. Rate of vertical peat increment in a young raised bog, a raised bog area and an aapa<br />
mire area.<br />
after 100 years. Because the renewal<br />
time of peat layers under 300 years old<br />
is less than the time horizon consid-<br />
Fig. 3. A coastal bog with a high rate of peat and carbon accumulation. Photo: Tapio Toivonen<br />
ered for the stabilisation of the atmospheric<br />
concentration, these biomass<br />
sources can be regarded as renewable<br />
for climate consideration.<br />
Generalizations based<br />
on our results must be<br />
treated with caution and<br />
it would be preferable to<br />
perform further tests and<br />
to examine thinner peat<br />
layers.<br />
More samples from<br />
different parts of Finland<br />
are needed to determine<br />
the exact amount and<br />
proportion of carbon<br />
found in under 300-year<br />
old peat layers. �<br />
Senior scientist<br />
Markku Mäkilä<br />
Geological Survey<br />
of Finland<br />
markku.makila@gtk.fi<br />
9
Wim Tonnis <strong>Peat</strong> Award 2006 to<br />
Hans Joosten and Donal Clarke<br />
The first Wim Tonnis <strong>Peat</strong><br />
Awards of IPS were<br />
conferred on 6 May 2006<br />
in Hanover, Germany on<br />
Dr. Hans Joosten and<br />
Mr. Donal Clarke.<br />
The awards, each consisting of a<br />
framed scroll and a cash prize of<br />
1,000, were presented in recognition<br />
of Dr. Joosten’s and Mr. Clarke’s commitment<br />
to <strong>peatlands</strong> and peat, their<br />
efforts in advancing and spreading<br />
knowledge about the value, benefi ts<br />
and use of <strong>peatlands</strong>, and, in particular,<br />
the work these two gentlemen have<br />
done for the Wise Use of Mires and<br />
<strong>Peat</strong>lands.<br />
10 PEATLANDS <strong>International</strong> 1/2006<br />
The <strong>International</strong> <strong>Peat</strong> <strong>Society</strong> confers<br />
the Wim Tonnis <strong>Peat</strong> Award annually<br />
to an IPS member who has made a<br />
distinguished contribution to peat and<br />
peatland science or industry, especially<br />
in the promotion of Wise Use.<br />
The Award was launched in 2005 in<br />
honour of the late Wim Tonnis (1933-<br />
2005), a very committed and active IPS<br />
member and former Chairman of the<br />
IPS Dutch National Committee who<br />
promoted and participated in many<br />
important peat projects.<br />
On 6 May 2006, before the Annual<br />
Assembly of National Representatives<br />
in Hanover, the Wim Tonnis<br />
<strong>Peat</strong> Award was conferred for the<br />
fi rst time. The IPS Secretariat had<br />
received seven nominations from<br />
IPS Secretary General Jaakko Silpola, Laureates Hans Joosten and Donal Clarke and IPS President<br />
Markku Mäkelä (left to right) in the garden of Hotel Jägerhof in Hanover-Langenhagen after the Wim<br />
Tonnis <strong>Peat</strong> Award Ceremony.<br />
Text and photos: Susann Warnecke<br />
its members,<br />
which were reviewed by<br />
the Scientifi c Advisory Board<br />
and the IPS Secretariat, before<br />
the IPS Executive Board made<br />
a fi nal decision on who should<br />
receive the award. This year,<br />
the Board decided to confer<br />
two awards instead of one as<br />
Hans Joosten and Donal Clarke<br />
together were the driving force<br />
behind the most extensive<br />
exercise of IPS which involved<br />
compiling, editing and publishing<br />
the Wise Use Book as well<br />
as close cooperation between<br />
IMCG and IPS.<br />
In their acceptance speeches,<br />
the recipients emphasized<br />
particularly the need for further<br />
cooperation between the two<br />
organizations and their members.<br />
All nominations for the<br />
Award submitted in March/<br />
April 2006 will remain in force<br />
until 2008. Further nominations<br />
for 2007-2009 can be<br />
sent to the IPS Secretariat until<br />
31.12.2006. We warmly congratulate<br />
the laureates! �
New Faces in IPS Key Functions<br />
New IPS Executive Board<br />
Members<br />
At the Annual Assembly in Hanover,<br />
three new Executive Board members<br />
were elected in place of the retiring<br />
members Gerfried Caspers, Bernt<br />
Hedlund and Matti Hilli. Their terms<br />
of offi ce last from 2006 to 2010.<br />
Håkan Bjur<br />
Mr. Håkan Bjur is Group Managing<br />
Director of Råsjö Torv AB in Hudiksvall,<br />
Sweden. He is in close contact<br />
with TorvForsk, the new Swedish National<br />
Committee of IPS.<br />
Mr. Håkan Bjur<br />
Råsjö Torv AB<br />
Bjälkgatan 1<br />
SE-824 43 Hudiksvall, Sweden<br />
Tel. +46 650 54 7450<br />
Fax +46 650 54 7457<br />
E-mail: hakan.bjur@rasjotorv.se<br />
Valerijs Kozlovs<br />
Mr. Kozlovs is Chairman of the Board<br />
of the Latvian <strong>Peat</strong> Producers Association,<br />
which has become a very active<br />
National Committee of IPS within the<br />
last few years.<br />
Gerald Schmilewski of Klasmann-Deilmann<br />
GmbH, Germany chairs IPS Commission II<br />
on the Industrial Utilization of <strong>Peat</strong> after the<br />
retirement of Donal Clarke.<br />
Valerijs Kozlovs from Latvia, Jutta Zeitz from Germany and Håkan Bjur from Sweden (left to<br />
right) were elected to the IPS Executive Board at the Annual Assembly in Hanover.<br />
Mr. Valerijs Kozlovs<br />
Latvian <strong>Peat</strong> Producers Association<br />
Bauskas str. 20<br />
LV-1004 Riga, Latvia<br />
Tel. +371 7605096<br />
Fax +371 7627810<br />
E-mail: peat.lv@peat.lv<br />
Jutta Zeitz<br />
Prof. Dr. Jutta Zeitz is the fi rst woman<br />
to be elected to the IPS Executive<br />
Board. She works as Head of the Division<br />
of Soil Science at Humboldt University<br />
Berlin, Germany.<br />
Prof. Dr. Jutta Zeitz<br />
Humboldt University Berlin<br />
Faculty of Agriculture and Horticulture<br />
Division of Soil Science<br />
and Site Science<br />
10115 Berlin, Germany<br />
Tel. +49 30 20 93 9030<br />
Fax +49 30 20 93 8369<br />
E-mail: jutta.zeitz@agrar.hu-berlin.de<br />
Bruno Berken of CAS, France succeeds<br />
Mr. Schmilewski as the Coordinator of the<br />
Horticultural <strong>Peat</strong> Working Group (HOPE<br />
WG) within Commission II.<br />
11
Meetings, Mires, a Museum and more<br />
at the IPS Convention in Hanover<br />
This year’s IPS Convention,<br />
including the Annual Assembly<br />
of National Representatives,<br />
Board meetings and<br />
other events, took place in<br />
Hanover, Germany on 3 - 7<br />
May. On these pages, you<br />
can find the first impressions<br />
of this successful event.<br />
The IPS Convention in Hanover once<br />
more provided a welcome opportunity<br />
to meet other IPS members, to talk<br />
about ongoing projects and to make<br />
important decisions. About 80 IPS<br />
The IPS members spent every free minute between meetings and presentations getting to know<br />
each other and exchanging ideas, as here at the Ecological Protection Station.<br />
12 PEATLANDS <strong>International</strong> 1/2006<br />
Text and photos: Susann Warnecke<br />
The National Representatives 2006: Tom Malterer, USA; Andrzej Lachacz, Poland; Allan<br />
Robertson, UK; Gerfried Caspers, Germany; Bente Kahr, Denmark; Claes Bohlin, Sweden;<br />
Erki Niitlaan, Estonia; Riitta Korhonen, Finland; Valdis Polmanis, Latvia on behalf of<br />
Lithuania; Donal Clarke, Ireland; Leo Schipper, the Netherlands; Valerijs Kozlovs, Latvia;<br />
Gerry Hood, Canada; Bruno Berken, France; András Tóth, Hungary; Dmitriy Gogin and Anya<br />
Sycheva-Mikhailova, Russia (left to right). Photo: Susann Warnecke<br />
members came to our meetings at the<br />
Hotel Jägerhof in Hanover-Langenhagen<br />
or attended the fi eld trip. Besides<br />
Germany, participants came from Belarus,<br />
Canada, Denmark, Estonia, Finland,<br />
France, Hungary, Ireland, Latvia,<br />
the Netherlands, Poland, Russia, Sweden,<br />
United Kingdom and the USA.<br />
In the evening of the fi rst day, SAB and EB<br />
members visited the famous Herrenhäuser<br />
Gärten. Photo: Jaakko Silpola<br />
The Convention included meetings of<br />
the Scientifi c Advisory Board (SAB)<br />
and the Executive Board (EB) on 4<br />
May, an excursion to conservation and<br />
peat production sites on 5 May as well<br />
as meetings of Commissions II and<br />
VIII, a Round Table Discussion, the<br />
Annual Assembly of National Repre
Gerfried Caspers introduced Lower Saxony’s Mire Protection Programme at the <strong>peatlands</strong> of<br />
ASB Greenworld. Lars Lundin, Riitta Korhonen and Claes Bohlin listened carefully.<br />
The Annual Assembly approved the Annual Report 2005, elected three new Executive Board<br />
members and decided that the <strong>International</strong> <strong>Peat</strong> Congress 2012 will be held in Sweden.<br />
Successfully rewetted peatland at the lake<br />
Steinhuder Meer near Neustadt.<br />
Below: Everybody watched curiously how<br />
Mr. Hofer and Mr. Rudolph used ground<br />
penetrating radar, GPS and a quad to survey<br />
the peat profi le at the production site.<br />
sentatives and the Wim Tonnis <strong>Peat</strong><br />
Award Ceremony on Saturday, 6 May.<br />
During the excursion, the IPS<br />
members visited the Ecological Protection<br />
Station Steinhuder Meer with its<br />
excellent exhibition and got to know<br />
ASB Greenworld’s headquarters, one<br />
of Europe’s largest substrate plants.<br />
On a peat train, the whole group drove<br />
According to Hartmut Falkenberg, the peat<br />
production season in Germany had started<br />
only recently this year due to a long winter.<br />
deeply into the production sites and<br />
heard interesting presentations on<br />
modern surveying techniques, peat<br />
production and rewetting efforts.<br />
After lunch at the Neue Moorhütte,<br />
we visited the <strong>Peat</strong> Museum Schloss<br />
Landestrost and fi nished an exciting<br />
day with a glass or two of sparkling<br />
wine in the castle’s wine cellar. Thanks<br />
to all hosts and attendants! �<br />
13
25 Years Mire Conservation<br />
Programme in Germany’s Lower<br />
Saxony Text: Eckhard Schmatzler, Gerfried Caspers<br />
Translation: Susann Warnecke<br />
The Annual Assembly 2006<br />
of IPS was held in Hanover,<br />
the capital of Lower Saxony.<br />
Now it is time to talk about<br />
the efforts of all stakeholders<br />
in the Federal State who<br />
have been combining conservation<br />
and utilization of<br />
their <strong>peatlands</strong> in a truly<br />
wise manner.<br />
Historical development<br />
– Conflicts between<br />
agriculture, peat extraction<br />
and nature conservation<br />
In previous centuries, the development<br />
of the <strong>peatlands</strong> of Lower Saxony was<br />
characterised by different approaches,<br />
the aims of which were, respectively,<br />
their use as settlement areas and to<br />
produce food and fuel for the local<br />
population.<br />
In the 70s of the last century,<br />
however, the public more and more<br />
arrived at the view that the remaining<br />
Sphagnum as a renewable raw material: Sphagnum papillosum<br />
has established itself twelve months after its application in a<br />
large-scale fi eld trial. The mosses were spread and covered<br />
with straw in autumn 2004. Photo: Gerfried Caspers<br />
14 PEATLANDS <strong>International</strong> 1/2006<br />
raised bog areas of<br />
Lower Saxony should<br />
be preserved. At that<br />
time, about 60% of<br />
the raised bog area<br />
(155,000 ha) were<br />
in agricultural and<br />
forestry use, whereas<br />
bout 30,000 ha were<br />
used for peat extration.<br />
At that time,<br />
it was also planned<br />
to extract the peat<br />
from the last remaining<br />
raised bogs. In<br />
those years, it seemed<br />
to be impossible to<br />
overcome the different<br />
opinions of<br />
conservationists on<br />
the one side, and the peat industry on<br />
the other.<br />
On 1 April 1972, the Soil Extraction<br />
Act (Bodenabbaugesetz) came into<br />
force. The law determined how nature<br />
conservation bodies at rural district<br />
government level should<br />
deal with applications for<br />
peat extraction. The new<br />
application procedure and<br />
the documents required to<br />
obtain planning consent<br />
required, for the fi rst time,<br />
an overall plan for the<br />
use of the bogs according<br />
to the aims of nature<br />
conservation. Until 1972,<br />
agriculture had been the<br />
main after-use for <strong>peatlands</strong><br />
once peat harvesting<br />
had fi nished.<br />
By this means, the<br />
1970s brought about new<br />
Map of Lower Saxony. Source: Landesvermessung und<br />
Geobasisinformation Niedersachsen<br />
approaches on how to<br />
deal with Lower Saxony’s<br />
raised bogs, which became<br />
recognised as “wetlands<br />
of international importance” in the<br />
minds of the public, as designated by<br />
the Ramsar Convention in 1972. The<br />
aims for their maintenance were and<br />
are: the conservation of the near-natural<br />
<strong>peatlands</strong>, the preservation of the<br />
wet meadow areas and the rewetting of<br />
near-natural and partly extracted raised<br />
bogs.<br />
Working Group on <strong>Peat</strong>land<br />
Use – Land Management<br />
A Working Group, consisting of representatives<br />
of nature conservation<br />
and soil research bodies, was founded<br />
on 11 January 1977 following an order<br />
of the Ministry of Agriculture which<br />
was, at that time, responsible for nature<br />
conservation. Its purpose was to ease<br />
the continuously increasing confl ict between<br />
peat extraction and nature conservation<br />
by an intensive exchange of<br />
thoughts and experiences, among others,<br />
with the peat industry, agricultural<br />
stakeholders and the nature conservation<br />
authorities.
Building wooden barrages. Photo: Thomas Beuster<br />
To achieve this, a state-wide survey<br />
and evaluation of the raised bog areas<br />
was initiated. Emphasis was laid, fi rstly,<br />
on giving advice and cooperation in<br />
carrying out the survey from a geological<br />
and nature conservation view.<br />
Survey and Evaluation of all<br />
Raised Bogs<br />
Within the framework of two research<br />
projects, all raised bogs of Lower Saxony<br />
were surveyed and evaluated. This<br />
inventory included mapping and evaluation<br />
of about 2,500 km 2 of raised<br />
bogs, as defi ned geologically.<br />
In 1980, an expert report dealing<br />
with more than 88 raised bog complexes<br />
used for industrial peat extraction<br />
was presented, entitled “Analysis<br />
of Lower Saxonian peat deposits to<br />
evaluate the resources worth extracting<br />
and their conservation value with<br />
regard to their optimal utilisation”<br />
(Untersuchungen an niedersächsischen<br />
Torfl agerstätten<br />
zur Beurteilung der abbauwürdigen<br />
Torfvorräte und der<br />
Schutzwürdigkeit im Hinblick<br />
auf deren optimale Nutzung).<br />
In 1983, all remaining 263<br />
raised bog complexes of the<br />
plains were surveyed and<br />
published in a report entitled<br />
“Analysis of Lower Saxonian<br />
raised bogs to evaluate their<br />
conservation value including<br />
a survey and evaluation<br />
of all remining near-natural<br />
raised bogs“ (Untersuchungen an<br />
niedersächsischen Hochmooren zur<br />
Beurteilung ihrer Schutzwürdigkeit für<br />
den Naturschutz einschließlich einer<br />
Bestandsaufnahme und Bewertung<br />
aller noch verbliebenen naturnahen<br />
Hochmoorfl ächen).<br />
Mire Conservation<br />
Programme Part I, Part II<br />
and Update<br />
The survey and evaluation reports<br />
presented led to the Lower Saxonian<br />
Mire Conservation Programme, which<br />
was adopted by the government of<br />
the Federal State on 1 December 1981.<br />
The Programme was published in two<br />
parts:<br />
• Part I (1981) for the raised bogs<br />
with importance for the peat<br />
industry and<br />
• Part II (1986) for the remaining<br />
raised bogs of the plains<br />
Lichtenmoor: Rewetted area fi ve years after industrial peat extraction. Eriophorum vaginatum<br />
and Sphagnum cuspidatum have re-established in the area. Photo: Gerfried Caspers<br />
An update of the Programme was initiated<br />
by the Ministry of the Environment<br />
in 1994.<br />
Aims and Realisation of<br />
the Lower Saxonian Mire<br />
Conservation Programmes<br />
The Federal State of Lower Saxony<br />
accepted the Mire Conservation Programme<br />
and its commitment towards<br />
the country’s government to protect<br />
raised bogs. As the other Federal States<br />
of Germany do not, by far, have as<br />
many raised bogs as Lower Saxony,<br />
the conservation of these <strong>peatlands</strong> is<br />
especially important in this part of the<br />
country.<br />
The Mire Conservation Programme<br />
defi nes the following goals:<br />
•<br />
•<br />
•<br />
Conservation of the remaining<br />
natural and near-natural raised<br />
bogs<br />
Protection of small raised bogs<br />
Re-wetting of raised bogs after<br />
peat extraction and of disturbed,<br />
drained raised bogs with the aim<br />
of restoration as raised bogs<br />
To reach these goals it was decided to:<br />
•<br />
•<br />
•<br />
designate all current natural raised<br />
bogs and buffer zones, totalling<br />
540 km 2 , as nature protection<br />
areas and to maintain and improve<br />
them by support and development<br />
measures<br />
designate about 150 small raised<br />
bogs in a near-natural state as<br />
nature protection areas or natural<br />
monuments<br />
rewet peat production areas on<br />
raised bogs of about 300 km 2 , renaturate<br />
them and designate them<br />
as nature protecion areas.<br />
Conclusion<br />
On 1 December 2006, the Lower Saxonian<br />
Mire Conservation Programme<br />
will turn 25. On this occasion, it is time<br />
to take stock of its achievements, to<br />
present its success and to reward those<br />
involved in the project, but also to<br />
evaluate what is left to do.<br />
Today, all near-natural raised bog<br />
areas and small <strong>peatlands</strong>, altogether<br />
covering more than 50,000 ha, are<br />
15
protected and maintained as “Lower<br />
Saxonian landscape“.<br />
<strong>Peat</strong> production areas are required<br />
to be prepared for nature conservation.<br />
This means that, usually, they<br />
are rewetted and restored when peat<br />
extraction has fi nished. Today, about<br />
12,000 ha of former peat production<br />
sites are on their way to become mires<br />
and wetlands. The areas currently<br />
under production, amounting to about<br />
30,000 ha, will be prepared for a natural<br />
development afterwards.<br />
The valuable wet meadows threatened<br />
by intensive agricultural use shall<br />
be maintained, developed and integrated<br />
with the protection areas. Today,<br />
the large wet meadows are managed<br />
in a way so as not to disturb meadow<br />
birds. For instance, the populations<br />
of the curlew (Numenius arquata),<br />
the redshank (Tringa totanus) and the<br />
black-tailed godwit (Limosa limosa) were<br />
strengthened in recent years.<br />
One more example is the re-settlement<br />
of the crane, that has found its<br />
regular nesting areas in the <strong>peatlands</strong>.<br />
Water fowl, such as the teal (Anas crecca),<br />
is a regular guest in the re-wetted<br />
areas. Also butterfl ies and dragonfl ies,<br />
but also reptiles, can often be seen.<br />
The high importance of the raised<br />
bogs as habitats of very valuable bioeconosises<br />
(species thriving together)<br />
of typical peatland plants and animals<br />
has led to the designation of representative<br />
and important conservation<br />
areas in Germany and in Europe.<br />
Areas restored after peat-production<br />
also belong to this group.<br />
The raised bogs have been made<br />
accessible and thereby tangible and<br />
understandable for all people interested<br />
in them by creating bog walks,<br />
look-outs, information centres and<br />
peat trains. The conservation of the<br />
<strong>peatlands</strong> is widely accepted within the<br />
local population.<br />
Wise Use for 25 years<br />
In many regards, the mire conservation<br />
programme of Lower Saxony<br />
already carries the central ideas of the<br />
Wise Use of Mires and <strong>Peat</strong>lands, long<br />
before these were formulated by Hans<br />
Joosten and Donal Clarke in 2002.<br />
Not without reason, the initial meeting<br />
for the Wise Use concept among<br />
16 PEATLANDS <strong>International</strong> 1/2006<br />
Rewetted peat extraction area. Photo: Eckhard Schmatzler<br />
IMCG and IPS members was arranged<br />
in Lower Saxony’s Surwold in 1997.<br />
Especially, the guidance principles<br />
for Wise Use are inherent in the Mire<br />
Conservation Programme of Lower<br />
Saxony, for example:<br />
•<br />
•<br />
•<br />
•<br />
•<br />
•<br />
the preparation and guidance work<br />
of the working group on mire<br />
utilization and land management,<br />
and the guidance by the German<br />
<strong>Peat</strong> <strong>Society</strong> (principle of public<br />
participation),<br />
the research projects surveying the<br />
raised bogs (principle of careful<br />
decision-making),<br />
the benefi ts for the society (principle<br />
of motivation),<br />
the publicly accessible basics<br />
(principle of public access to<br />
information),<br />
the protection of habitats (principle<br />
of species integrity) and<br />
the compensations<br />
(principle of<br />
compensation).<br />
Also in its dimension,<br />
the Lower<br />
Saxonian Mire<br />
Conservation<br />
Programme is<br />
one of the largest<br />
projects of its<br />
kind. Particularly,<br />
the areas of restored<br />
<strong>peatlands</strong><br />
are, with their<br />
12,000 ha, so far unique even on a<br />
worldwide scale.<br />
Future distribution of Mires<br />
in Lower Saxony<br />
It is estimated that, with the Mire Conservation<br />
Programme, about 112,000<br />
of the former 250,000 ha raised bog<br />
area of Lower Saxony can be restored<br />
to growing raised bogs. This area consists<br />
of:<br />
•<br />
•<br />
•<br />
•<br />
•<br />
current natural and near-natural<br />
raised bogs: 50,000 ha<br />
today’s restored areas: 12,000 ha<br />
industrially utilized areas, to be<br />
restored after peat extraction:<br />
30,000 ha<br />
future peat production areas, to be<br />
restored afterwards: 20,000 ha<br />
= total future raised bog area in<br />
Lower Saxony: 112,000 ha<br />
Restored and near-natural bogs in Lower Saxony.
Continuation of<br />
the Lower Saxonian<br />
Mire Conservation<br />
Programme<br />
The Mire Conservation Programme<br />
does not have any<br />
limited duration and its aims<br />
will also be valid in future.<br />
However, the agricultural use<br />
of the <strong>peatlands</strong> of Lower<br />
Saxony has already overstepped<br />
its peak. The areas are still used,<br />
but, because of microbiological<br />
decomposition, the fi elds are<br />
literally run down. In future,<br />
water-logged areas, bad drainage<br />
and other problems will<br />
make work for the farmers even<br />
more diffi cult and/or force them to<br />
abandon these fi elds.<br />
In Lower Saxony, the peat industry<br />
has at its deposal only the peat under<br />
the fi elds and meadows in agricultural<br />
use. Today, these <strong>peatlands</strong>, which have<br />
often been in agricultural use for more<br />
than 100 years, are, due to nutrient<br />
accumulation and soil modifi cation, no<br />
longer directly restorable into growing<br />
mires, even if they were rewetted<br />
properly.<br />
Most of the agriculturally-used<br />
former raised bogs have already transformed<br />
to marginal revenue sites, on<br />
which agriculture can not be carried<br />
out effi ciently anymore. Therefore,<br />
the industrial extraction of the peat<br />
from these wet meadows can produce<br />
restoration areas which, in the long<br />
term, can be transformed to new mire<br />
areas. The survey and documentation<br />
of these “returned areas”, guidance<br />
in their preparation and their fi nal<br />
inspection will be one of the most<br />
important tasks of mire conservation<br />
in the future.<br />
The regional development plan of<br />
Lower Saxony designates preferred areas<br />
for peat extraction. These resources<br />
will be suffi cient until the middle<br />
of the present century. Already today,<br />
extraction permissions until 2030 and<br />
further on have been issued.<br />
One special project is the research<br />
on how to cultivate Sphagnum mosses<br />
to be used as fresh biomass instead of<br />
white peat in horticultural substrates.<br />
First trials to initiate the growth of<br />
Sphagnum mosses on cut-over peat-<br />
Restored area after peat extraction at Gnarrenburger Moor. Photo: Gerfried Caspers<br />
lands have started and promise to be<br />
successful. The use of fresh Sphagnum<br />
mosses as an additive in horticultural<br />
substrates has shown encouraging<br />
results.<br />
Mire Conservation<br />
Programme also for Fens<br />
The Mire Conservation Programme of<br />
Lower Saxony originally covers only<br />
raised bogs. However, only if fens are<br />
also considered, will a complete mire<br />
conservation programm be achieved.<br />
Besides the raised bogs, fens are also<br />
typical of the landscape of Lower<br />
Saxony. Often both peatland types are<br />
connected and appear as a spatial unit.<br />
Compared with raised bogs, it has<br />
turned out<br />
that the<br />
protection<br />
and development<br />
of<br />
fens presents<br />
a more<br />
complex and<br />
sophisticated<br />
problem, not<br />
least because<br />
they are fully<br />
under agricultural<br />
use.<br />
While raised<br />
bogs, having<br />
their own<br />
water balance,<br />
can be seen<br />
seperately,<br />
as islands in<br />
the landscape, fens form an integrated<br />
part of the surrounding areas. Their<br />
effective conservation must therefore<br />
extend the area of the fen itself and<br />
also involve the surrounding landscape.<br />
The great success of the mire<br />
conservation in Lower Saxony shall encourage<br />
all stakeholders to move on in<br />
this direction and direct their attention<br />
also to the conservation of the fens in<br />
the Federal State. �<br />
Gerfried Caspers<br />
Eckhard Schmatzler<br />
Landesamt für Bergbau, Energie<br />
und Geologie<br />
Hanover, Germany<br />
e-mail: gerfried.caspers@<br />
lbeg.niedersachsen.de<br />
In former times, peat extraction was a hard work also in Lower Saxony.<br />
Today, museums help to visualize how mires were used by the local<br />
population in the past. Photo: <strong>Peat</strong> Museum in Neustadt<br />
17
Riau Declaration on <strong>Peat</strong>lands and Climate Change<br />
The Workshop on “Vulnerability<br />
of Carbon Pools in<br />
Tropical <strong>Peat</strong>lands” was held<br />
in Pekanbaru, Riau, Sumatra<br />
from 23 - 26 January 2006.<br />
It was attended by 61 participants<br />
from 12 countries.<br />
Orang Utan: The peat swamp forests of Central<br />
Kalimantan harbour the largest remaining Orang Utan<br />
populations in the world. Photo: Marcel Silvius, WI<br />
The Workshop on Vulnerability of<br />
Carbon Pools in Tropical <strong>Peat</strong>lands<br />
was held in Pekanbaru, Riau, Sumatra<br />
on 23 - 26 January 2006. It was attended<br />
by 61 participants from 12<br />
countries and organised by the Global<br />
Carbon Project (GCP), the Global<br />
Environment Centre (GEC) and the<br />
Centre for <strong>International</strong> Forestry Research<br />
(CIFOR). It reviewed the extent<br />
of carbon store in tropical <strong>peatlands</strong>,<br />
land use change and fi re, greenhouse<br />
gas (GHG) emissions, future climate<br />
scenarios and management options.<br />
A fi eld visit to the Kampar Peninsular<br />
to assess current peatland plantation<br />
management practices was facilitated<br />
by APRIL/PT Riau Andalan Pulp and<br />
Paper.<br />
The workshop was supported by<br />
The Asia Pacifi c Network for Global<br />
Change (APN); the joint project of<br />
Wetlands <strong>International</strong> and GEC on<br />
Integrated Management of <strong>Peat</strong>lands<br />
for Biodiversity and Climate Change<br />
(funded by UNEP-GEF); and the joint<br />
Project of Wildlife Habitat Canada,<br />
18 PEATLANDS <strong>International</strong> 1/2006<br />
Wetlands <strong>International</strong> and GEC on<br />
Climate Change Forests and <strong>Peat</strong>lands<br />
in Indonesia (funded by CIDA); GCP<br />
and CIFOR.<br />
The workshop noted that peat is<br />
one of the world’s most important<br />
carbon stores (storing about 30% of<br />
global soil carbon) and tropical<br />
<strong>peatlands</strong> are an extremely<br />
important component – storing<br />
30% of peatland carbon.<br />
The most extensive tropical<br />
<strong>peatlands</strong> are in SE Asia and<br />
cover about 30 million ha of<br />
which over 20 million ha are<br />
in Indonesia and 4 million ha<br />
in Riau province.<br />
Tropical <strong>peatlands</strong> play an<br />
extremely important global<br />
role for carbon storage and<br />
climate moderation as well as<br />
providing a range of other<br />
benefi ts such as biodiver-<br />
sity, water management, and<br />
livelihood support to local<br />
communities. The fundamental<br />
component of <strong>peatlands</strong><br />
is water. As water level decreases in<br />
<strong>peatlands</strong> so does capacity for sequestering<br />
and storing carbon.<br />
Current management practices<br />
in <strong>peatlands</strong> combined with climate<br />
change and variability are having a<br />
major negative impact on <strong>peatlands</strong>. In<br />
the past 10 years about 3 million ha of<br />
peatland in SE Asia have been burnt<br />
releasing 3-5 billion tonnes of carbon.<br />
In addition, the drainage of peat for<br />
oil palm and timber and pulpwood<br />
plantations as well as other agriculture<br />
and unsustainable logging is estimated<br />
to have affected more than 6 million<br />
ha and released an additional 2 billion<br />
tonnes of carbon over the same<br />
period. Thus the emission of carbon<br />
dioxide from <strong>peatlands</strong> in SE Asia<br />
represents one of the largest single<br />
sources of GHG emissions globally<br />
and is equivalent of 10% of the average<br />
global fossil fuel emission over the<br />
same period. This is accelerating global<br />
climate change.<br />
It is recognized that unsustainable<br />
management practices of <strong>peatlands</strong><br />
Pekanbaru, 26th January 2006<br />
are the main cause of peat fi res and<br />
associated transboundary smoke haze<br />
in SE Asia, which have massive health,<br />
social, economic and environmental<br />
impacts.<br />
Subsequent El Niño events will<br />
increase likelihood of drought and<br />
associated fi res which will have a<br />
major negative impact on <strong>peatlands</strong><br />
carbon stores and people in the SE<br />
Asia region. The next El Niño event is<br />
predicted within four years. The predicted<br />
changes to climate over the next<br />
50 years as a result of increasing GHG<br />
emissions, including hotter temperatures<br />
and changes in rainfall patterns<br />
combined with land use change and<br />
deforestation, will lead to increased<br />
degradation of <strong>peatlands</strong>, increased<br />
emissions of GHGs and further acceleration<br />
of climate change.<br />
The workshop proposed the<br />
following target: All stakeholders<br />
(including government, non-government,<br />
research, private sector and local<br />
communities) should urgently work in<br />
partnership to prevent peatland fi res<br />
and degradation. In addition, promote<br />
rehabilitation and sustainable use of<br />
<strong>peatlands</strong> in SE Asia to provide multiple<br />
benefi ts to the people in the region<br />
and safeguard the global environment.<br />
The workshop recommended<br />
relevant stakeholders to regionally and<br />
globally (targets particularly for Riau<br />
are available from the author):<br />
• Expedite the implementation of<br />
the ASEAN <strong>Peat</strong>land Management<br />
Strategy and associated National<br />
Action Plans. These should<br />
be complemented by plans at the<br />
provincial and local level in regions<br />
with extensive <strong>peatlands</strong>.<br />
• Strengthen policies and institutional<br />
arrangements for peatland<br />
management and strictly enforce<br />
policies and rules for the management<br />
and conservation of <strong>peatlands</strong>.<br />
• Stop the further conversion and/<br />
or drainage of deep peat and peat<br />
domes and maintain and restore<br />
the hydrology of peatland systems<br />
to prevent fi res, minimize GHG
•<br />
•<br />
emissions, and maintain ecological<br />
services.<br />
Improve current forestry, agriculture<br />
and plantation management<br />
practices to ensure that they<br />
contribute to the sustainability of<br />
<strong>peatlands</strong>.<br />
Promote international cooperative<br />
studies to assess the role of <strong>peatlands</strong><br />
in mitigating climate change<br />
and the potential future impacts<br />
•<br />
of climate change and land use on<br />
the peatland carbon pool.<br />
Undertake an assessment of the<br />
vulnerability of <strong>peatlands</strong> to climate<br />
change and extreme events.<br />
Effectively disseminate the knowledge<br />
generated by the scientifi c<br />
community for use by decision<br />
makers and to support the assessment<br />
processes and later develop<br />
adaptation strategies to guide<br />
Dutch Government Fights Fires in Kalimantan<br />
Almost annually, fires in<br />
Kalimantan destroy enormous<br />
areas for ever and<br />
cause shocking air pollution<br />
throughout the region. A<br />
network of NGO’s will start<br />
working to protect and restore<br />
these threatened areas.<br />
A major project aimed at the conservation<br />
and restoration of the peat<br />
swamps and their forest of Central<br />
Kalimantan has received the green<br />
light from the Netherlands’ Ministry<br />
of Foreign Affairs. The government of<br />
the Netherlands will be investing 5 million<br />
Euros in the coming two years on<br />
the basis of the “<strong>Peat</strong> Forest Amendment”<br />
which was passed in the Dutch<br />
parliament on November 14, 2004.<br />
The Central Kalimantan <strong>Peat</strong>lands<br />
Project (CKPP) will be implemented<br />
by four locally operating NGOs (Wetlands<br />
<strong>International</strong>, WWF, CARE and<br />
BOS), the provincial planning agency<br />
in Kalimantan (BAPPEDA) and<br />
the University of Palangkaraya. The<br />
project will be managed by Wetlands<br />
<strong>International</strong> head quarters based in<br />
Wageningen, the Netherlands.<br />
The network of environmental<br />
NGOs will focus on four key activities:<br />
1) fi re prevention, 2) restoration<br />
of the peatland hydrology (closing<br />
drainage channels to prevent drying of<br />
the peat soil), 3) reduction of poverty<br />
through small-scale developments and<br />
4) biodiversity conservation. Concrete<br />
examples of the project work are the<br />
closing of drainage canals to re-wet<br />
and re-green degraded fi re-prone areas.<br />
Large parts of Kalimantan consist<br />
of <strong>peatlands</strong>, originally mostly forest-<br />
ed. These tropical peat swamp forests<br />
are the living area for many threatened<br />
species. In this regard, the project will<br />
focus on the Sebangau National Park<br />
and the Mawas area which hold the<br />
largest remaining population of Orang<br />
Utan. In recent years, a large proportion<br />
of the peat swamp forests have<br />
been turned into wastelands as a result<br />
of deforestation, over-drainage and<br />
badly planned agricultural development.<br />
These developments made the<br />
area very vulnerable for fi res. Almost<br />
annually, huge fi res take place, destroying<br />
both internationally important<br />
nature areas and important agricultural<br />
and forestry assets. The fi res cause major<br />
air pollution problems in surrounding<br />
countries. In 1997 alone, peatland<br />
fi res in Indonesia contributed over 1<br />
giga ton of carbon dioxide, compara-<br />
•<br />
peatland managers, in particular<br />
plantation operators.<br />
Strengthen activities for monitoring<br />
changes in the status of<br />
tropical <strong>peatlands</strong> to guide wise<br />
management. �<br />
Faizal Parish<br />
Global Environment Centre<br />
Selangor, Malaysia<br />
e-mail: fparish@genet.po.my<br />
web: www.gecnet.info<br />
ble with 15% of all annual global fossil<br />
fuel related emissions.<br />
The economic damage by smoke<br />
and losses in the tourism & timber sectors<br />
were estimated at over 8.4 billion<br />
US$ in 1997 alone. People in the area<br />
suffer heavily from the fi res. About<br />
30% of all children under 5 years<br />
suffer from respiratory diseases and<br />
linked growth inhibition due to the air<br />
pollution.<br />
The project is a fi rst step to stop<br />
this disaster, protect the remaining peat<br />
swamp forests and to promote sustainable<br />
land use. �<br />
Marcel J. Silvius<br />
Wetlands <strong>International</strong><br />
PO Box 471, 6700 AL Wageningen<br />
The Netherlands<br />
phone: +31 6 295 86 096<br />
e-mail: marcel.silvius@wetlands.org<br />
Replanting burned forest: Local villagers cooperate in the rehabilitation of degraded <strong>peatlands</strong><br />
by planting useful indigenous peat forest species like Jelutung, which produces latex used for<br />
the production of chewing gum. Photo: Alue Dohong, WI<br />
19
Knowledge Transfer Workshop for the<br />
Restoration of <strong>Peat</strong>lands, Québec<br />
On the sometimes cold and<br />
oftentimes windy days<br />
between 3 and 10 October<br />
last year, the <strong>Peat</strong>land<br />
Ecology Research Group of<br />
Université Laval in Quebec<br />
City played host to the<br />
latest Knowledge Transfer<br />
Workshop for the Restoration<br />
of <strong>Peat</strong>lands.<br />
Participants from many countries<br />
around the world were present, including<br />
Canada, the United States, Sweden,<br />
Finland, Estonia, France and Ireland.<br />
Included in these were representatives<br />
from universities right through<br />
to industry. Breaking from tradition,<br />
the working language for the workshop<br />
was English, in an effort better to aid<br />
the diffusion of ideas and information<br />
gathered as a result of the research carried<br />
out by the PERG.<br />
The main focus of the workshop<br />
was the Canadian approach to peatland<br />
restoration as described in <strong>Peat</strong>land<br />
Restoration Guide: Second Edition by<br />
20 PEATLANDS <strong>International</strong> 1/2006<br />
François Quinty and Line Rochefort<br />
(available to download from www.<br />
peatmoss.com/pm-restguide.php).<br />
However, many other interesting topics<br />
were discussed during other presentations<br />
given during the course of the<br />
workshop, such as those on cloudberry<br />
(Rubus chamaemorus) production<br />
(Guillaume Théroux-<br />
Rancourt and Mireille Bellemare),<br />
tree and berry bush<br />
plantations on residual peat<br />
substrates (Julie Bussières,<br />
Gabriel Caisse and Stéphanie<br />
Boudreau), the problem<br />
of invasive species (Claude<br />
Lavoie and Emmanuelle Fay),<br />
the restoration of fens (Martha<br />
Graf), peat policy and<br />
management in New Brunswick<br />
(Jacques Thibault),<br />
involvement of the peat industry<br />
in peatland restoration<br />
projects (Gerry Hood) and<br />
how a company can include<br />
peatland restoration practices<br />
with other activities involved<br />
in peat extraction (Jacques<br />
Text: Cillian Breathnach<br />
Photos: Susann Warnecke<br />
The participants of the workshop learned from Francois Quinty (front) how the straw cover<br />
must be applied on the Sphagnum spreadings to guarantee the best growing conditions.<br />
While not in the conference halls,<br />
fi eld trips were made to <strong>peatlands</strong><br />
and to peat production facilities. At<br />
Premier Horticulture and Tourbières<br />
Berger, participants were given a tour<br />
of the factories and shown the methods<br />
used from harvest to packaging.<br />
Participants were also treated to an<br />
example of restoration procedures in<br />
practice following the Canadian approach<br />
on <strong>peatlands</strong> owned by Premier<br />
Horticulture at Verbois site. In addi-<br />
Line Rochefort, <strong>Peat</strong>land Chair of the Canadian <strong>Peat</strong>land<br />
Industry, was very happy to fi nd such large lumps of<br />
Sphagnum mosses at the Bois-de-Bel restoration site. Gagnon).<br />
Pitcher plant at Chemin-du-Lac.
tion, <strong>peatlands</strong> that had already undergone<br />
these restoration practices were<br />
visited at Chemin du Lac, Bois des Bel<br />
and Sainte-Marguerite-Marie <strong>peatlands</strong>.<br />
Here, the successes attained using the<br />
Canadian approach were showcased<br />
and all seemed to agree that much<br />
progress has been made by the PERG.<br />
It was also aggreed that the Canadian<br />
approach could be used to create possible<br />
donor sites for future Sphagnum<br />
peatland restoration projects.<br />
The grandeur and resplendency of<br />
Quebec’s maple trees shone in myriad<br />
shades of gold and red intermingled<br />
with the deep greens of various coni-<br />
fers along the cliff<br />
tops and mountains<br />
that lined the road<br />
toward Lac St. Jean.<br />
The hills themselves<br />
seemed to mirror a<br />
carpet of Sphagnum<br />
and Polytrichum,<br />
albeit on a larger<br />
scale. The timing of<br />
the conference could<br />
not have been better,<br />
some were overheard<br />
saying!<br />
An appreciation<br />
of the merits of<br />
Many students of the <strong>Peat</strong>land Ecology Research Group of Université<br />
Laval (GRET) had joined the workshop.<br />
Jacques Gagnon explained how Sphagnum mosses and other mire<br />
vegetation is extracted at a donor site.<br />
the Canadian<br />
approach was instilled<br />
in all. Another<br />
aspect that<br />
was greatly appreciated<br />
by one<br />
and all present<br />
were the meals in<br />
restaurants and<br />
snacks in the fi eld<br />
provided by the<br />
Canadian Sphagnum<br />
<strong>Peat</strong> Moss<br />
Association,<br />
Fafard & Frères, Premier Horticulture,<br />
Les Tourbes Nirom and Tourbières<br />
Berger. These kept the spirits (and<br />
more importantly, the energy levels)<br />
topped up. The workshop was a great<br />
success and many ideas and opinions<br />
were given and shared as well as new<br />
contacts and links established. The<br />
next workshop is eagerly awaited. �<br />
Cillian Breathnach<br />
GRET<br />
Université Laval, QC, Canada<br />
e-mail: cillian.breathnach.1@ulaval.ca<br />
The Bois-de-Bel area, which many IPS members visited during the <strong>Peat</strong> Congress 2000, was transformed to a beautiful living peatland.<br />
21
Text and photos: Gert-Jan van Duinen<br />
More than 130 people from<br />
13 European countries met<br />
during workshops and field<br />
excursions in the Netherlands<br />
in October 2004 and in<br />
Latvia and Estonia in August<br />
2005 to exchange expertise<br />
on the restoration of raised<br />
bogs and coastal dunes.<br />
Both meetings were organized by the<br />
University of Nijmegen and by local<br />
organizers within the framework of<br />
the LIFE Nature Co-op project “Dissemination<br />
of ecological knowledge<br />
and practical experiences for sound<br />
planning and management of raised<br />
bogs and sea dunes”. The main aim of<br />
this project, funded by the European<br />
Commission, is a better international<br />
exchange of expertise to help optimise<br />
nature conservation and restoration<br />
measures.<br />
Interdisciplinary approach<br />
The success rate of restoration<br />
projects grows with increasing insight<br />
Discussions and poster presentations during the coffee break.<br />
22 PEATLANDS <strong>International</strong> 1/2006<br />
LIFE Co-op: Project for<br />
Restoration Management<br />
of Bogs and Dunes<br />
of ecosystem functioning as well as<br />
experience in carrying out restoration<br />
projects. There are, however, several<br />
problems and pitfalls in nature management<br />
that seriously hamper the<br />
process of increasing success.<br />
Apart from e.g. fi nancial, legal and<br />
spatial constraints, a considerable<br />
problem is the limited availability of<br />
international experience and up-to-date<br />
knowledge on ecosystem functioning<br />
to site managers who plan restoration<br />
measures. For instance, rewetting a<br />
peatland can result in further degradation<br />
of the area, if insuffi cient knowledge<br />
is available about local conditions<br />
or important biogeochemical processes<br />
affecting nutrient availability.<br />
Moreover, it is quite complicated<br />
to integrate all available information<br />
about the consequences of restoration<br />
measures for ecosystem functioning<br />
and for particular plant and animal species,<br />
let alone apply this information to<br />
a specifi c project area. Applying a similar<br />
restoration strategy in highly natural<br />
and heavily degraded sites will not<br />
always yield the optimal result and may<br />
have undesirable<br />
side-effects, e.g.<br />
on characteristic<br />
species that are<br />
still present.<br />
Integrated<br />
knowledge about<br />
the functioning<br />
of ecosystems<br />
and the demands<br />
plant and animal<br />
species pose to<br />
their habitat is<br />
required.<br />
Consequently,<br />
site managers<br />
may have<br />
diffi culty in<br />
determining the proper measures and<br />
the ‘fi ne-tuning’ necessary to bring<br />
about the desired habitat conservation<br />
or restoration in their project area. The<br />
results of a multi- and interdisciplinary<br />
approach (hydrology, biogeochemistry,<br />
vegetation and animal ecology) should<br />
be readily available for site managers to<br />
enable them to work with an optimal<br />
restoration strategy.<br />
Workshop and excursions<br />
People involved in nature management,<br />
policy making and scientifi c research in<br />
different disciplines participated in the<br />
workshops and fi eld excursions. The<br />
second workshop started on 22 August<br />
2005 in Jūrmala, Latvia, with welcome<br />
and opening addresses by Ivars Kabucis,<br />
chairman of the board of the<br />
Latvian Fund for Nature and Robert<br />
Schuddeboom, ambassador of the<br />
Netherlands in Latvia. Both stressed<br />
the importance of international cooperation.<br />
The second and third days were<br />
spent on fi eld excursions. The ‘dune<br />
people’ spent both days at sites along<br />
the Latvian west coast that are included<br />
in the LIFE-Nature project “Protection<br />
and management of coastal habitats<br />
in Latvia”, led by Brigita Laime,<br />
Vija Znotiņa and their colleagues from<br />
the University of Latvia. The ‘bog<br />
people’ visited Cena Mire and Ķemeri<br />
Mire on 23 August, led by Māra Pakalne,<br />
project leader of the LIFE-Nature<br />
project “Implementation of mire<br />
habitat management plan for Latvia”,<br />
and her colleagues of the Latvian Fund<br />
for Nature.<br />
The next day was dedicated to<br />
conservation and restoration of bog<br />
landscapes in the transboundary area<br />
of North-Livonia. Here, the Estonian
Ramsar sites at Nigula and Sookuninga<br />
Nature Reserves were visited, guided<br />
by Agu Leivits, Anneli Roosalu and<br />
their colleagues from Nigula Nature<br />
Reserve Administration.<br />
On 25 August, the bog and dune<br />
people re-united in Kabli, Estonia,<br />
for the plenary and parallel sessions<br />
in which site managers and scientists<br />
presented their practical experience<br />
and current ecological knowledge.<br />
These presentations are available at the<br />
project website. Various topics were<br />
discussed: threats leading to degradation<br />
of bog or dune habitats (e.g.<br />
increased atmospheric nitrogen deposition,<br />
drainage and fragmentation),<br />
practical use of scientifi c knowledge,<br />
setting proper objectives in restoration<br />
projects, planning and performance of<br />
conservation and restoration measures,<br />
and alternative strategies to restore<br />
habitats.<br />
The last joint part of the program<br />
was the Friday afternoon excursion<br />
to Luitemaa Nature Reserve, led by<br />
Marika and Mati Kose of the Estonian<br />
Ornithological <strong>Society</strong>. This area includes<br />
both coastal dunes and a raised<br />
bog. Here, restoration measures were<br />
undertaken within the framework of<br />
the LIFE-Nature project “Restoration<br />
and management of the Häädemeeste<br />
wetland complex”.<br />
Thirty-four people participated in<br />
the post-workshop-tour on the beautiful<br />
Estonian islands Saaremaa and<br />
Hiiumaa that was organized by Elve<br />
Lode, Urve Ratas and Kadri Vilumaa<br />
from the Institute of Ecology Tallinn.<br />
Discussing effects of drainage on hollow vegetation in Cena mire.<br />
Table 1. The PROMME-approach, a checklist containing six essential steps for nature<br />
restoration projects in order to avoid pitfalls.<br />
The workshops have also contributed<br />
to further cooperation and exchange<br />
of expertise in other projects.<br />
Last year, for example, people involved<br />
in the Polish LIFE-Nature project<br />
“Conservation of Baltic raised bogs<br />
in Pomerania” visited Latvian and Estonian<br />
bogs and Dutch experts joined<br />
their Lithuanian colleagues to discuss<br />
optimal restoration strategies for the<br />
degraded bog landscape in Zuvintas<br />
Nature Reserve. Danish, English and<br />
Dutch site managers and scientists did<br />
the same last March at the bog landscape<br />
of Lille Vildmose in Denmark.<br />
Decision support system<br />
In addition to both workshops and<br />
succeeding meetings, experience and<br />
ecological knowledge is disseminated<br />
by means of a digital decision support<br />
system, with practical guidelines for<br />
measures to help site managers and advisers<br />
take the proper steps in planning<br />
and restoration management. Without<br />
23
Participants of the workshop in Jurmala.<br />
ignoring the importance of socio-economic<br />
aspects, the system and guidelines<br />
focus on the ecological aspects of<br />
restoration management.<br />
Based on common sense and experience,<br />
the PROMME-approach (Table<br />
1) was adopted by the participants of<br />
both workshops as a useful framework<br />
for the setting-up of restoration<br />
projects. PROMME is meant to check<br />
for pitfalls in the restoration process<br />
and the decision support system gives<br />
access to information that shows how<br />
to avoid them.<br />
Although this system can not itself<br />
provide a complete design for each<br />
specifi c situation, it does provide the<br />
user with the ecological information<br />
necessary to design and carry out a<br />
restoration project on a specifi c site.<br />
First, the system encourages the user<br />
to make a profound analysis of the<br />
problem and its causes. If there is<br />
insuffi cient knowledge to defi ne the<br />
problem and the causal factors behind<br />
it properly, the system helps to identify<br />
knowledge gaps and suggests how to<br />
fi ll these gaps.<br />
Based on the problems and their<br />
causes, as well as the opportunities<br />
and limiting factors in and around the<br />
24 PEATLANDS <strong>International</strong> 1/2006<br />
project area, the user has to defi ne<br />
clear and realistic restoration objectives.<br />
Again, the support system helps<br />
to avoid pitfalls. Sometimes the measure<br />
itself (e.g. raising and stabilising the<br />
water table) is presented as an objective.<br />
In such projects there is a risk that<br />
restoration is declared successful when<br />
the measure is carried out in the right<br />
way (the water table is raised and more<br />
stable), irrespective of the effects on<br />
the functioning of the ecosystem and<br />
biodiversity.<br />
In the next step, potential restoration<br />
measures are presented, with<br />
information on positive and negative<br />
(side-) effects. Recommendations for<br />
monitoring programs are given and<br />
fi nally practical information necessary<br />
for the implementation of the measures<br />
is presented. This includes notes<br />
on the intensity and spatial scale of<br />
the measures adopted and feedback<br />
between monitoring results and the<br />
implementation of the measures introduced.<br />
An easy access to the essential<br />
literature or practical examples is provided<br />
at different steps in the decision<br />
support system.<br />
Sphagnum and more<br />
Restoration of degraded raised bogs<br />
generally focuses on retaining rain<br />
water to create suitable conditions for<br />
Sphagnum recovery. However, the success<br />
rate of rewetting methods (inundation<br />
or paludifi cation, rain water or<br />
groundwater) depends on the baseline<br />
conditions. The growth of Sphagnum<br />
depends not only on stable, high water<br />
tables, but also on nutrient poor water<br />
that contains enough carbon dioxide.<br />
Restoration measures will fail unless all<br />
essential conditions are met.<br />
Although a well developed Sphagnum<br />
vegetation is a prerequisite for a<br />
functioning raised bog, a bog system<br />
is more than wetness and Sphagnum.<br />
Research has shown that populations<br />
of rare and characteristic invertebrate<br />
species that have been able to persist<br />
in degraded bog remnants can respond<br />
negatively to rapid and large-scale<br />
rewetting. If such relic populations<br />
are still present in a project area, the<br />
restoration strategy should safeguard<br />
them, as they are the remaining sources<br />
for colonisation of rewetted sites.<br />
Furthermore, large-scale rewetting<br />
that is limited to retaining rain water<br />
generally results in similar changes on<br />
a large scale, leading to environmental<br />
homogeneity. Restoration of the<br />
regional hydrological system, including<br />
groundwater, may rehabilitate the<br />
heterogeneity in both ombrotrophic<br />
and more minerotrophic parts of<br />
bog landscapes. This heterogeneity is<br />
required to rehabilitate the plant and<br />
animal diversity of raised bogs. This<br />
kind of considerations is included in<br />
the decision support system. It is freely<br />
accessible at the project website.<br />
Do you have additional expertise,<br />
information, literature or practical<br />
examples that could help further to<br />
improve restoration projects? Please inform<br />
the project team: Emiel Brouwer,<br />
Gert-Jan van Duinen, Hans Esselink<br />
and Marijn Nijssen. �<br />
Gert-Jan van Duinen<br />
Radboud University Nijmegen<br />
Department of Animal Ecology<br />
Nijmegen, the Netherlands<br />
g.vanduinen@science.ru.nl<br />
www.barger.science.ru.nl/life
Wise Use and Restoration of<br />
<strong>Peat</strong>lands in Poland<br />
Invitation to a fi ve-day excursion in August 2006<br />
Following the 5th European<br />
Conference on Ecological<br />
Restoration, which will be<br />
held in Greifswald between<br />
22 and 25 August 2006,<br />
there will be a unique opportunity<br />
to travel across<br />
Poland focusing on peatland<br />
and mire landscapes.<br />
The organisers of the trip, “Wise Use<br />
and restoration of <strong>peatlands</strong> in Poland”,<br />
have included in the programme<br />
sites representative for almost all-possible<br />
stages of development, management,<br />
degradation and restoration of<br />
Central European <strong>peatlands</strong>.<br />
The trip has been organised by the<br />
Polish NGO “Save Wetlands”, with the<br />
patronage of <strong>International</strong> <strong>Peat</strong> <strong>Society</strong><br />
(IPS), <strong>International</strong> Mire Conservation<br />
Group (IMCG) and <strong>Society</strong> for<br />
Ecological Restoration <strong>International</strong>,<br />
Chapter Europe (SERI), all of whom<br />
have also been involved in the organi-<br />
sation of the conference sessions<br />
on peatland restoration.<br />
Programme in short<br />
The trip starts in the country<br />
of scattered bogs and<br />
fens in the hilly landscape of<br />
north-west Poland, where<br />
well-preserved mires neighbour<br />
degraded ones, and active<br />
restoration projects have<br />
been ongoing for a number<br />
of years. Then you will see<br />
the Noteć River Valley with its<br />
large areas of fens that have<br />
been reclaimed for more than<br />
200 years and, since then, managed<br />
by relatively intensive<br />
agriculture. What are the measures to<br />
minimise the environmental losses in<br />
such systems?<br />
The next points of the trip are the<br />
pearls of Polish mires: virgin fens<br />
of the Rospuda Valley and the best<br />
preserved seminatural fens of the Bie-<br />
Meadow with Polygonum bistorta at Calowanie Fen, habitat for one of the largest populations<br />
of the butterfl y Lycaena helle in Poland.<br />
Text: Line Rochefort<br />
Photos: Paulina Dzierza<br />
The stork (Ciconia ciconia), here on a Calthion meadow<br />
near the village of Podbiel, is a rare species in Western<br />
Europe, but a common bird in Poland.<br />
brza Valley. Here, the organisers raise<br />
important conservation questions: why<br />
do some areas maintain high biodiversity<br />
without any human intereference,<br />
whereas others require high-cost<br />
vegetation management to prevent<br />
succession? How should this management<br />
be organised and implemented?<br />
What costs should the community pay<br />
to preserve such sites?<br />
We continue the excursion passing<br />
through the reclaimed Wizna fen<br />
– one of the largest land reclamation<br />
projects carried out in Poland during<br />
the communist time. What is the fate<br />
of such systems, designed for largescale<br />
collective farming, in the contemporary<br />
Poland? What are the effects<br />
of past drainage on biodiversity and<br />
agricultural use? What are the restoration<br />
prospects?<br />
The excursion concludes near<br />
Warsaw, where peatland biodiversity<br />
suffers not only from the past drainage<br />
and intensive use but also from the<br />
current pressure of the growing city.<br />
What should be the conservation and<br />
restoration strategies in such land-<br />
25
scapes? Are they different from those<br />
in remote areas? In Całowanie Fen, we<br />
will see the effects of pilot restoration<br />
projects and discuss their ecological<br />
and economical feasibility.<br />
Sightseeing included<br />
During the trip, the organisers also offer<br />
cultural and historical attractions.<br />
Visits in the Osowiec Fortress in the<br />
Biebrza Valley and sightseeing in Warsaw<br />
are some of them. For those keen<br />
on water adventures there is canoeing<br />
in the Rospuda river, whereas for mire<br />
walkers there are wet-foot hikes on the<br />
wild tracks in Biebrza Fens.<br />
Aim of the excursion<br />
The organisers hope to enhance onspot<br />
discussion on the limits of human<br />
interference in <strong>peatlands</strong> and on the<br />
prospects for their sustainable future,<br />
especially in the context of their multifunctional<br />
use and multiple needs of<br />
the society. The fi eld guidance will be<br />
offered by restoration practitioners and<br />
peatland scientists.<br />
More information online<br />
The full programme, as well as the<br />
organisational and fi nancial details, are<br />
available at: www.uni-greifswald.de/<br />
SER2006/excursion_poland.html.<br />
Persons not participating in the<br />
Greifswald conference on Ecological<br />
Restoration may also subscribe for the<br />
excursion but in case of overbooking<br />
the conference participants have priority.<br />
�<br />
Organizing committee:<br />
Wiktor Kotowski, Line Rochefort,<br />
Lech Szajdak, Edyta Waniek<br />
Patronage: IPS, IMCG, SERI-Europe<br />
Organisation: Save Wetlands<br />
Association<br />
Contact:<br />
Paulina Dzierza<br />
Save Wetlands Association<br />
Raszynska 32/44 m. 140<br />
02-026 Warsaw, Poland<br />
Phone: +48 22 498 18 99<br />
Fax +48 22 499 72 15<br />
Skype: cmok_2001<br />
pdzierza@gazeta.pl<br />
26 PEATLANDS <strong>International</strong> 1/2006<br />
In memoriam<br />
Dr. Roy L. Ingram<br />
Roy Lee Ingram, Chapel Hill, North Carolina, USA, died October 3, 2005.<br />
Dr. Ingram was a long time member of the IPS and was well known in the<br />
United States for his research and publications dealing with North Carolina<br />
<strong>peatlands</strong>.<br />
He was born March 12, 1921 in Mamers, North Carolina. He attended<br />
the University of North Carolina at Chapel Hill from 1937-1941, graduating<br />
with a B.S. in Geology. He then went to the University of Oklahoma, earning<br />
a M.S. in Geology in 1942, before entering the U.S. Army Air Corps. After<br />
serving as a captain in the European Theater of Operations, he returned<br />
to the United States, attending the University of Wisconsin, attaining a Ph.D.<br />
in Geology in 1948.<br />
He began his career as a Professor of Geology at the University of North<br />
Carolina at Chapel Hill in 1947 where he remained until retiring in 1991.<br />
During that time he served two terms as chairman of the Department.<br />
From the mid-1970s through the mid-1980s, Dr. Ingram devoted much<br />
of his time to estimating and characterizing the peat resources of North<br />
Carolina. His background in sedimentology added much to the development<br />
of methods of investigating peat deposits. The culmination of his peat efforts<br />
appear in “<strong>Peat</strong> deposits of North Carolina,” published by the North<br />
Carolina Geological Survey.<br />
Dr. Roy Ingram will remain in our memory as an excellent colleague who<br />
contributed much to the understanding of the nature and properties of<br />
<strong>peatlands</strong> in the southeastern United States.<br />
Henry W. (Harry) Fraser<br />
Henry “Harry” Walker Fraser, 66, of Fort Gratiot, passed away at home,<br />
Tuesday, January 17, 2006, in the company of his family, after a lengthy battle<br />
with cancer. He was born in Southampton, England July 31, 1939. Harry<br />
spent his early years in Glasgow, Scotland. He married Elizabeth “Beth”<br />
McBain in 1963. Harry and Beth with their two daughters, Amanda and Gillian<br />
moved to Canada. They have lived in Fort Gratiot for the last twenty<br />
years. With his wit and “off-beat” sense of humor, Harry touched the lives<br />
of all who knew him. He was well loved and will be sadly missed. He is survived<br />
by his loving wife, Beth; and daughters, Amanda and Gillian, as well as<br />
extended family in Canada and Scotland.<br />
Harry Fraser was former Operations Manager of the Michigan <strong>Peat</strong> company<br />
and previous to that an operation Manager for the past Western <strong>Peat</strong> Moss<br />
Company in one of their operations located east of Winnipeg, Manitoba,<br />
Canada. He attended many IMPS functions starting with the 6th Congress in<br />
Duluth. On a post Congress trip to the Winnipeg area, we visited the operation<br />
that he managed. Some of the participants, might remember him. He<br />
attended the two Symposiums held in Duluth as well as those held in Athlone,<br />
Ireland and Sheffi eld, England and others. As Michigan <strong>Peat</strong> had one<br />
operation in Minnesota, Harry was a frequent visitor and also a member of<br />
the Minnesota <strong>Peat</strong> Association. As his obituary stated, he had a great sense<br />
of humor and his Scottish accent was great. He will be sadly missed.<br />
Don Grubich and Tom Malterer
Professor Doctor Honoris Causa<br />
Tomasz Józef Brandyk Text: Lech Szajdak<br />
On 5 October 2005,<br />
Prof. Tomasz Brandyk, 2nd<br />
Vice President of IPS, was<br />
awarded a degree of Doctor<br />
Honoris Causa of the<br />
Agricultural University of<br />
Wrocław.<br />
Prof. Brandyk was born in Bydgoszcz,<br />
Poland in 1951. In 1974, he graduated<br />
from the Faculty of Engineering and<br />
Environmental Sciences at Warsaw<br />
Agricultural University, Poland. Since<br />
his graduation, he has been working<br />
in the Department of Environmental<br />
Development at Warsaw Agricultural<br />
University.<br />
Throughout his career, he held the<br />
scientifi c positions of assistant, assistant<br />
professor, associate professor and<br />
full professor. He has published and<br />
coauthored about 400 scientifi c papers<br />
and he has also written 8 books in<br />
many countries. Moreover, Prof. Brandyk<br />
has given over 20 lectures during<br />
numerous international conferences<br />
and congresses as well as 12 invited<br />
lectures at different foreign universities.<br />
He was granted long-term scholarships<br />
in the Agronomy Department at<br />
Iowa State University in the USA and<br />
at the Institute for Land and Water<br />
Management Research in Wageningen<br />
in the Netherlands. In addition he held<br />
a position of researcher at the Civil<br />
Engineering Department of University<br />
College Dublin in Ireland. He also contributed<br />
much to several universities<br />
and scientifi c institutions in Austria,<br />
Belgium, Germany, Great Britain, the<br />
Netherlands, Turkey and the United<br />
States. His scientifi c interests are focused<br />
on the following aspects:<br />
• impact of irrigation and drainage<br />
on the physical parameters of<br />
soils,<br />
• methods of measuring soil parameters<br />
in the unsaturated zone,<br />
• aspects of moisture control for<br />
soils with shallow groundwater<br />
levels,<br />
• use of mathematical modelling in<br />
soil water management,<br />
•<br />
•<br />
•<br />
•<br />
•<br />
importance of soil moisture in climate<br />
modelling,<br />
water management for protection<br />
and restoration of transformed<br />
peat-moorsh soils,<br />
analysis of water movement in<br />
organic soils with changing geometry,<br />
studies of shrinkage behaviour<br />
and the geometry factor in peat<br />
soils,<br />
infl uence of physical properties<br />
on moisture retention and<br />
subsidence in peat soils and the<br />
disappearance of peat deposits in<br />
relation to drainage and climatic<br />
conditions.<br />
Prof. Brandyk has also addressed the<br />
scientifi c topics mentioned above by<br />
active participation in international research<br />
programs as a coordinator, main<br />
performer and an executor.<br />
From 1993 to 1999, Prof. Brandyk<br />
held the post of Dean at the Faculty of<br />
Engineering and Environmental Sciences<br />
at Warsaw Agricultural University.<br />
Since 2000, he has been the head<br />
of the Department of Environmental<br />
Development at Warsaw Agricultural<br />
University.<br />
In 2002 he was elected as a corresponding<br />
member of the Polish<br />
Academy of<br />
Sciences, and<br />
the following<br />
year he was<br />
chosen as the<br />
Vice Chair of<br />
the Division V<br />
- Agronomy,<br />
Forestry, and<br />
Veterinary Sciences<br />
of the<br />
Academy.<br />
Prof. Brandyk<br />
plays an invaluable<br />
role in<br />
the activities of<br />
Polish and foreign<br />
scientifi c<br />
organizations<br />
and committees<br />
for example in<br />
the IPS and its Polish National Committee,<br />
which he chaired during 2000<br />
to 2004. At the same time, he was a<br />
member of the Executive Board and<br />
Chairman of IPS Commission III. In<br />
2004, he was elected 2nd Vice-President<br />
of IPS and Chair of the Scientifi c<br />
Advisory Board of IPS.<br />
Prof. Brandyk is an Editorial Board<br />
member of several Polish and international<br />
scientifi c journals including<br />
<strong>Peat</strong>lands <strong>International</strong>.<br />
Beside his intensive involvement<br />
in IPS’s activities, he also participates<br />
in the Polish Central Commission<br />
for Scientifi c Titles and Degrees, the<br />
Polish Soil Science <strong>Society</strong> and the<br />
Polish Commission of Irrigation and<br />
Drainage. In addition, he is a member<br />
of the Scientifi c Councils of the<br />
Institute of Agrophysics in Lublin,<br />
the Institute for Land Reclamation<br />
and Grassland Farming in Falenty and<br />
the Research Centre for Agricultural<br />
and Forest Environment of the Polish<br />
Academy of Sciences in Poznań.<br />
Prof. Dr. h. c. Tomasz Józef Brandyk<br />
is an outstanding specialist who<br />
has made an innovative contribution to<br />
water management and the protection<br />
of peat soils. �<br />
Aula Leopoldinum in Wroclaw, Prof. Tomasz Brandyk is being awarded<br />
a degree of Doctor Honoris Causa. Photo: Orest Zagwojski<br />
27
World leader in biofuels<br />
Vapo has pellet production facilities in<br />
Finland, Sweden, Denmark and Estonia.<br />
Total production capacity is over 500,000<br />
tonnes.<br />
The product range consists of wood<br />
pellets, peat pellets, cat litter wood pellets<br />
and industrial wood and peat briquettes.<br />
The pellets are available in bulk, big bags,<br />
and small bags for retail.<br />
Vapo Pellets are produced according to<br />
rigorous quality criteria in carefully con-<br />
trolled conditions.<br />
The network of pellet plants, extensive<br />
storage capacity and flexible logistics ensure<br />
that Vapo can provide reliable deliveries all<br />
over Europe.<br />
Vapo seeks to work with its customers<br />
to build solid, long-term business relationships.<br />
It already has more than 60 years of<br />
experience as a producer and supplier of<br />
biofuels.<br />
28 PEATLANDS <strong>International</strong> 1/2006<br />
Vildbjerg<br />
Vapo Pellets<br />
Forsnäs<br />
Vaggeryd<br />
Valbo<br />
Darlowo<br />
Plant of Vapo Group Partner´s Plant<br />
Keminmaa<br />
Haapavesi<br />
Kärsämäki<br />
Vöyri<br />
Ylistaro<br />
Ilomantsi<br />
Haukineva<br />
Kaskinen<br />
Parkano<br />
Juupajoki<br />
Vammala<br />
Turenki<br />
Tootsi<br />
Riga
The nature guide to the<br />
Polish Biebrza Marshes<br />
The Biebrza Marshes, the best-preserved<br />
extensive peat bog area in<br />
Central Europe, is surely worth the attention<br />
of all lovers of unspoilt nature.<br />
Low moors, in the form of woodless<br />
mires as well as sedges and rushes,<br />
dominate the wetland valley of the<br />
Biebrza River (NE Poland). Raised and<br />
transitional moors as well as marshy<br />
forests and meadows can also be found<br />
there. Over 950 species of vascular<br />
plants testify to the richness of the<br />
fl ora, which includes 59 species under<br />
protection as well as 50 species entered<br />
in the “Polish Red Data Book of<br />
Plants”. Since 1993, this area has been<br />
protected as the Biebrza National Park<br />
– the largest National Park in Poland<br />
(59 223 ha), and in 1995 it was entered<br />
on the list of areas subject to protection<br />
under the Ramsar Convention.<br />
The Biebrza Marshes are already well<br />
known among professional ornithologists<br />
and amateur bird watchers. The<br />
book described here proves that this<br />
area also has many more natural attractions<br />
related to the non-regulated<br />
“wild” river and extensive <strong>peatlands</strong>.<br />
The nature guidebook under discussion<br />
is a joint publication of members<br />
of the Crossbill Guides Foundation<br />
from Nijmegen in the Netherlands<br />
(main author – Dirk Hilbers). The<br />
foundation began publishing guidebooks<br />
on the most interesting natural<br />
regions in Europe with this volume<br />
(2005). Aside from “Biebrza Marshes”,<br />
“The nature guide to the Bialowieza<br />
Primeval Forest (Poland)”, “The nature<br />
guide to the Coto Doñana and surrounding<br />
coastal lowlands (Spain)” and<br />
“The nature guide to the Extremadura<br />
(Spain)” were also published, and work<br />
is underway on subsequent volumes<br />
(Camargue, La Crau and Les Alpilles,<br />
France).<br />
The purpose of this new series of<br />
guidebooks is to provide reliable and<br />
Text: Andrzej Lachacz<br />
current information to various types of<br />
ambitious tourists and nature enthusiasts.<br />
However, the authors had more<br />
in mind than simply describing natural<br />
occurrences, as they also took on the<br />
challenge of clarifying the quintessence<br />
of ecosystem processes. They show<br />
the interrelations between abiotic and<br />
biotic environmental components by<br />
means of practical examples, as well<br />
as relations between certain species of<br />
plants and animals.<br />
The book has 107 pages, is light<br />
and can be easily taken along even on<br />
lengthy hikes. The book is divided into<br />
three sections: landscape, fl ora and<br />
fauna, followed by a practical section.<br />
The fi rst part (41 pages) provides basic<br />
information on the Biebrza Marshes<br />
and their surroundings (landscape,<br />
Biebrza river hydrology, various types<br />
of peat bogs, forests and other ecosystems,<br />
as well as history, historical<br />
buildings and monuments and nature<br />
protection). A detailed description is<br />
provided of peat bog ecosystems and<br />
their relation to hydrology as well as<br />
the characteristic diagonal (transversal)<br />
and longitudinal ecological zonality of<br />
the Biebrza River valley. This zonality,<br />
with water conditions unchanged by<br />
human activity, represents the uniqueness<br />
of the Biebrza Marshes.<br />
The next 17 pages describe fl ora<br />
and fauna. In addition to mammals and<br />
birds, for which this region is wellknown,<br />
amphibians, reptiles, insects<br />
and other invertebrates are also included.<br />
The third section of the book<br />
provides practical information on,<br />
among other things, accommodation<br />
and transport related to sites worth visiting<br />
as well as recommendations with<br />
respect to the behaviour of tourists in<br />
contact with nature. The book then<br />
describes 9 routes, including 5 tracks<br />
for walkers, 2 canoe routes, 1 to be<br />
covered by car and 1 possible to cover<br />
on foot, by bike or by car. All routes<br />
are described in a uniform manner and<br />
include a description of the course<br />
with the most important nature attractions<br />
indicated on schematic maps.<br />
The book includes a glossary<br />
clarifying diffi cult terms, as well as a<br />
list of animal and plant species names,<br />
which include their scientifi c names<br />
and equivalents in English, German<br />
and Dutch. The book includes many<br />
interesting colour photos presenting<br />
landscape as well as plants and animals.<br />
These pictures are an encouragement<br />
to visit the described locations. Due<br />
to the small format of the book, it is<br />
not a photo album, but the photos are<br />
a practical help in identifying areas of<br />
natural value.<br />
The guidebook will undoubtedly<br />
help increase interest in the Biebrza<br />
Marshes, which are permanently included<br />
on the map of Europe’s nature<br />
attractions. It also fulfi ls an educational<br />
role by familiarizing tourists with various<br />
aspects of the functioning of peat<br />
bog ecosystems. It is a good example<br />
of how much information can be gathered<br />
and presented in an attractive and<br />
concise form. �<br />
The nature guide to the Biebrza<br />
Marshes (Poland). Crossbill Guides<br />
Foundation, Nijmegen, and KNNV<br />
Publishing, Utrecht, the Netherlands,<br />
2005. 107 pp. ISBN 90 5011 2099<br />
www.crossbillguides.org<br />
www.knnvpublishing.nl<br />
29
Symposium “Mountain and Upland<br />
<strong>Peat</strong>lands” in Poland<br />
A symposium on “Mountain<br />
and Upland <strong>Peat</strong>lands” was<br />
held in Kielce - Biale Lugi<br />
on 21 to 22 June 2004. The<br />
main objective of the event<br />
organized by the Institute<br />
of Geography and the Institute<br />
of Biology of the<br />
Swietokrzyski University in<br />
Kielce, was to introduce the<br />
results of studies conducted<br />
in the Biale Lugi <strong>Peat</strong> Reserve<br />
to a broad group of Polish<br />
peatland researchers, all<br />
members of the Polish National<br />
Committee of the IPS.<br />
During plenary and poster sessions,<br />
the participants had an opportunity to<br />
present the results of their studies in<br />
different regions: the Sudety Mountains,<br />
Roztocze, Lublin Upland, Volyn<br />
Upland, Przedborz Upland, Silesia<br />
Upland, Miechów Upland, Racibórz<br />
Basin, Tuchola Forests, Polanowska<br />
Plateau and Bialystok Plateau. A few<br />
studies of mires outside of Poland<br />
were presented either as a lecture - the<br />
Upper Harz region, or as published ab-<br />
30 PEATLANDS <strong>International</strong> 1/2006<br />
stracts - the Petersburg region (Kobak<br />
K., Krankina O.), the Gulf of Finland<br />
(Smagin V.A.), the Ukrainian Beskid<br />
Mountains (Kalinovych N.) and the<br />
carbonate bogs of Poland and Slovakia<br />
(Wolejko L.).<br />
Three presentations covered more<br />
general issues, such as the terminology<br />
used to defi ne wetlands (Bajkiewicz-<br />
Grabowska E.), high and transitional<br />
moors of southern Poland (Wozniak<br />
N.), and an assessment of the accumulation<br />
rate of Holocene biogenic<br />
deposits (Krupinski K.). On 21 June<br />
2004, four plenary and one poster sessions<br />
took place in the Senate Hall of<br />
the Swietokrzyski University, followed<br />
by an informal evening meeting around<br />
the dinner table.<br />
Field trip<br />
On 22 June, a trip to the Biale Lugi<br />
bog was organized. At the top of the<br />
dune, towering over a fl at-toppedmound<br />
of a raised bog dominated by<br />
phytocenoses of Ledo-Sphagnetum<br />
magellanici and Sphagnetum magel-<br />
Biale Lugi bog, a Sphagnetum magellanici association. In the central part, S. Zurek and P.<br />
Gwiazda are boring in the mire. On the right is Dr D. Urban.<br />
Text and photos: Slawomir Zurek<br />
lanici, the botanists and zoologists of<br />
the Swietokrzyski University reviewed<br />
the current state of the fl ora and fauna<br />
of the mire: vegetation (Przemyski A.,<br />
PhD), lichens (Prof. Cieslinski S.), fungi<br />
(Luszczynski J. PhD), bumble-bees<br />
(Bak J., PhD), amphibians and reptiles<br />
(Ichniowska-Korpula B., PhD) and<br />
mammals (Wypiórkiewicz J., PhD).<br />
The stratigraphy of the peatland<br />
was presented by Prof. S. Zurek<br />
followed by the presentation of P.<br />
Gwiazda, MSc, a member of the Student<br />
Geographers’ Scientifi c <strong>Society</strong><br />
of the Swietokrzyski University, who<br />
described the studies of two stratigraphic<br />
cross-sections, one from the<br />
central part of a raised bog, and the<br />
other from a region of fen with alder<br />
woods and riverside carrs. The latter<br />
cuts across the Czarna River, which<br />
overfl ows due to fl ooding caused by<br />
beaver. A 3.5 m deep bore, in the<br />
central part of the mire, disclosed the<br />
characteristic strata of the profi le:<br />
slightly decomposed raised bog peat<br />
(0.4 m), highly decomposed cottongrass<br />
peat (70-80% decomposition)<br />
with layers indicating fi res (0.7 m),<br />
medium decomposed transition bog<br />
peat (1.4 m) and slightly decomposed<br />
sedge-moss peat (0.8 m) deposited in<br />
the Younger Dryas (315-320 cm layers,<br />
dated 10880±250 BP acc. to radiocarbon<br />
dating) overlying a layer of loam<br />
and sand with gravel. After the presentation,<br />
the participants walked around<br />
the peatland and searched for familiar<br />
species of plants. The seminar ended<br />
in the afternoon and the participants<br />
were transported to Kielce.<br />
All printed materials, including the<br />
book “Biale Lugi <strong>Peat</strong> Reserve”, were<br />
handed out before the lectures.<br />
Presentations<br />
The presentations on 21 June took<br />
place during four plenary sessions, two<br />
in the morning and two in the afternoon,<br />
followed by a poster session.
During the fi rst session, E. Bajkiewicz-<br />
Grabowska lectured on terminology<br />
such as “swamp”, “marsh”, “wetland”<br />
and “peatland” from the point of<br />
view of a hydrologist. K. Szczepanek<br />
brought to attention issues related to<br />
the Biale Lugi peat bog, which need to<br />
be further investigated: interruptions in<br />
peat sedimentation, burning and plant<br />
succession. M. Nita and K. Wójcicki,<br />
from the Institute of Geography,<br />
Silesian University, presented a paleohydrological<br />
reconstruction of the<br />
Holocene in the Racibórz Basin based<br />
on pollen analysis and C-14 dating<br />
of old river-bed profi les of the Ruda,<br />
Klonica and Osloboga Valleys and distinguished<br />
the phases of ground water<br />
lowering during the Atlantic period<br />
and the rise in the Subboreal period.<br />
K. Tomaszewska dealt with the results<br />
of stratigraphic studies of Izera Valley<br />
mires, the subject of her post-doctoral<br />
(habilitation) dissertation. Most of the<br />
subfossil phytocenoses are identical<br />
with the current communities in this<br />
area. The initiation of swamping is an<br />
effect of invasion of swampy spruce<br />
associations.<br />
The second session was opened<br />
with a very interesting lecture by K.<br />
Tobolski on the Upper Harz mountain<br />
mires, based on the works of Jensen<br />
and Beug and on his own observations.<br />
The geological structure of <strong>peatlands</strong><br />
and pollen analyses were strongly emphasized.<br />
J. Klementowski described in<br />
detail the role of cryogenic processes<br />
in the morphogenesis of subalpine<br />
mires in the Karkonosze Mountains,<br />
and disputed their classifi cation as<br />
palsa mires by Czech researchers.<br />
During the fi rst afternoon session,<br />
A. Cedro presented the results of<br />
dendroclimatic studies of pine-wooded<br />
raised bog and pinewood morasses of<br />
Biale Lugi. The width curve of pinetree<br />
radial growth of the 1851 to 2001<br />
period showed that precipitation and<br />
temperature conditions during winter<br />
and at the beginning of spring shaped<br />
annual growth. L. Wolejko characterized<br />
carbonate habitats of northern<br />
Poland and Slovakia such as: carbonate<br />
mires, montane alkaline mire-springs<br />
and petrifi cating springs.<br />
N. Wozniak, a PhD student of the<br />
Silesian University, investigated 40<br />
profi les of raised<br />
bogs and 6 profi les<br />
of transitional<br />
bogs from uplands<br />
and mountains in<br />
Poland, using dates<br />
based on pollen<br />
analysis and C-14<br />
dating. He identifi<br />
ed 5 basic types<br />
of succession for<br />
raised bogs and 2<br />
types for transitional<br />
bogs. He<br />
described the process<br />
of initiation of<br />
raised and transitional<br />
deposits,<br />
which started in<br />
the Atlantic period.<br />
B. Lorens characterized peat-forming<br />
vegetation communities in the Roztocze<br />
National Park.<br />
During the fi nal afternoon session,<br />
M. Nita and M. Ludwikowska-Kedzia<br />
described the vegetation of the Mazovian<br />
interglacial at a depth of 12.8-9.4<br />
m in the outskirts of the Biale Lugi<br />
peat bog. This is the fi rst locality of<br />
this interglacial from the Sietokrzyski<br />
Mountains. T. Molenda introduced the<br />
participants to the interesting issue of<br />
the swamping of excavated holes and<br />
fi sh ponds in the Silesian Upland. The<br />
presentations of the authors who did<br />
not attend the seminar (N. Kalinovych,<br />
T. Jurkovskaja, Z. Osadowski, L.<br />
Kucharski) were replaced by K. Lipka’s<br />
lecture on the accumulation of peat<br />
and gyttja in the Niedzica River Valley<br />
in the Miechów Upland, and by K.<br />
Krupinski’s presentation on an assessment<br />
of the accumulation rate of<br />
Holocene biogenic deposits. Until now,<br />
the compaction processes and the water<br />
content of deposits have not been<br />
taken into consideration during such<br />
assessment. Therefore the calculated,<br />
mean rate of accumulation, based on<br />
deposit thickness and radiocarbon<br />
analysis, is burdened with error, which<br />
is signifi cant in some cases.<br />
Poster session<br />
During a one-hour poster session, the<br />
authors presented their results and<br />
materials. D. Drzymulska summarized<br />
Biale Lugi bog with Dr A. Lachacz, Dr J. Luszczynski and Dr M.<br />
Kloss (left to right).<br />
a paleobotanical study of the Bialystok<br />
Plateau, mainly mires of the Knyszynska<br />
Primeval Forest (Machnacz, Stare<br />
Biele) and Taboly, Kladkowe Bagno<br />
and Borki (studies included in her PhD<br />
dissertation). M. Kloss and S. Zurek<br />
recorded similarities and differences<br />
between fossil vegetation succession in<br />
extensive upland bogs, like Biale Lugi,<br />
and montane mire (Zieleniec in the<br />
Bystrzycki Mountains). M. Obremska<br />
and K. Tobolski showed new pollen diagrams<br />
of <strong>peatlands</strong> located in the Tuchola<br />
Forests, dominated by kettle-hole<br />
mires, and lakeside and riverside peat<br />
bogs. J. Pokorny and Z. Golab talked<br />
about the wetlands of Ziemia Klodzka.<br />
D. Urban, I. Milosz, R. Blaszczyk and<br />
M. Slawinski described the <strong>peatlands</strong><br />
of Pagóry Chelmskie in the Chodelka<br />
River Valley and in the Lublin Upland.<br />
Conclusion<br />
The seminar went very well under<br />
the supervision of the secretary Jerzy<br />
Wypiórkiewicz, PhD and Iwona Wolinska,<br />
MSc. The participants expressed<br />
the opinion that such regional meetings<br />
should be continued in the future. �<br />
Slawomir Zurek<br />
Institute of Geography<br />
Swietokrzyska Academy<br />
Swietokrzyska 15<br />
PL-25-406 Kielce, Poland<br />
e-mail: jacekteofi l@tlen.pl<br />
31
<strong>International</strong> Meeting on Cloudberry<br />
Cultivation in Baie-Comeau, Québec<br />
On 13 September 2005,<br />
a meeting on cloudberry<br />
cultivation was held at Baie-<br />
Comeau, on the North Shore<br />
of the St-Lawrence River, in<br />
Quebec, Canada.<br />
Researchers from Canada and Norway<br />
were invited to share their knowledge<br />
on cloudberry cultivation. This included<br />
plantations on cut-over <strong>peatlands</strong> as<br />
well as the improvement of established<br />
populations in natural habitats.<br />
Cloudberry grows in boreal<br />
<strong>peatlands</strong>, and its berries have been<br />
harvested and transformed for a<br />
long time, especially in Scandinavian<br />
countries. However, so far, the species<br />
has not been cultivated on a large scale.<br />
In response to an increasing interest<br />
by local populations to cultivate this<br />
species and an increasing demand on<br />
the market, several research projects on<br />
cloudberry have recently been initiated<br />
in Canada, Finland and Norway. Since<br />
this species does not reveal its cultivation<br />
secrets easily to researchers, a<br />
Cloudberry fruit.<br />
32 PEATLANDS <strong>International</strong> 1/2006<br />
meeting on cloudberry cultivation was<br />
organised last fall to exchange information<br />
on the latest fi ndings.<br />
<strong>International</strong> audience<br />
Sixteen participants took part in the<br />
meeting comprising managers from<br />
two peat companies (Berger and<br />
Premier Horticulture, Canada), six<br />
researchers from Laval University<br />
(Canada), two specialists from provincial<br />
governments (New-Brunswick<br />
and Québec), three researchers<br />
from Les Buissons Research Centre<br />
(Canada), and fi nally three researchers<br />
from the Holt, Kvithamar and<br />
Apelsvoll (Norway) Research Centres.<br />
Research leaders in cloudberry cultivation<br />
of each country present were Dr.<br />
Line Lapointe from Laval University<br />
(Québec, Canada) and Dr. Inger Martinussen<br />
from Holt Research Centre<br />
(Tromsø, Norway); leader in peatland<br />
ecology and management Dr. Line<br />
Rochefort (Laval University, Canada),<br />
in Rubus breeding Dr. Kristine Naess<br />
(Les Buissons Research<br />
Centre), and<br />
in pollination Dr.<br />
Adam Brown.<br />
The meeting<br />
included site visits<br />
and oral presentations.<br />
After tasting<br />
some cloudberry<br />
chocolates made by<br />
a local producer of<br />
Baie-Comeau, we<br />
visited the on-going<br />
experiments sponsored<br />
by FQRNT<br />
(a Québec funding<br />
agency) and by Les<br />
Tourbières Berger,<br />
Premier Horticulture<br />
and Les<br />
Buissons Research<br />
Text: Julie Bussières, Line<br />
Lapointe and Line Rochefort<br />
Photos: Jin Zhou<br />
Centre that have been set up in a large<br />
peatland at Pointe-Paradis, nearby<br />
Baie-Comeau.<br />
Cloudberry establishment in<br />
cut-over <strong>peatlands</strong>: lessons<br />
learned<br />
A series of trials testing optimal water<br />
table depth, peat type, rhizome length,<br />
planting depth and time of plantation<br />
as well as the effects of wind breaks<br />
and Sphagnum mulching was established<br />
in spring 2004. In some of those<br />
trials, rhizomes of the two female cultivars<br />
developed in Norway were compared<br />
with two Canadian clones collected<br />
in <strong>peatlands</strong> in New Brunswick<br />
and in Québec. The best establishment<br />
was observed with the Norwegian cultivar,<br />
Fjorgull, but overall, survival of<br />
the transplanted rhizomes was low.<br />
The meeting was thus a good<br />
opportunity to set up a list of possible<br />
explanations as well as potential<br />
avenues of research for improvement.<br />
Among explanations, we can mention<br />
the possible compaction of the peat<br />
while preparing the site for plantation,<br />
which would reduce the oxygenation<br />
of the rhizomes. However, trials of the<br />
Norwegian cultivars in Norway also<br />
led to poor survival rates when planted<br />
as rhizomes although compaction did<br />
not seem to be an issue. The researchers<br />
are more and more convinced that<br />
15 cm of rhizomes at transplantation<br />
might be too short to support shoot<br />
growth. Adding to this, the rhizome<br />
segments of the Canadian clones were<br />
maybe too old to produce new shoots.<br />
Norwegian researchers also pointed<br />
out the possibility that the water table<br />
might have been too high at the plantation<br />
site in spring and fall, although<br />
it was quite low during summer time.<br />
Better water management should be<br />
pursued in the future. These experi-
All participants in the Cloudberry meeting are grouped around Guillaume Théroux-Rancourt for further explanations. After planting cloudberry<br />
rhizomes on a section of cut-over peatland, Sphagnum moss was spread over the plot and covered with straw to prevent dehydration of the<br />
moss. Although this technique has been successfully used to re-establish a Sphagnum carpet, it does not seem to be a promising method on<br />
which to establish cloudberry.<br />
ments are carried out by Guillaume<br />
Théroux-Rancourt and Mireille Bellemare,<br />
both M.Sc. students at Laval<br />
University.<br />
A new trial was set up during the<br />
summer 2005 to mimic the semi-forested<br />
pine bogs of Finland, where, naturally,<br />
cloudberry exhibits its highest<br />
productivity. Here, on a cut-over area<br />
replanted with larch saplings, rhizomes<br />
and plugs of cloudberry will be planted.<br />
The usefulness of<br />
planting well rooted<br />
plants as opposed to<br />
naked rhizomes will<br />
be estimated as well<br />
as the benefi ts of this<br />
semi-forested condition<br />
with respect to<br />
winter snow accumulation<br />
and protection<br />
against spring frosts.<br />
Improving<br />
yield in natural<br />
populations<br />
Cloudberry fl ourishes<br />
along ditches in cutover<br />
<strong>peatlands</strong>. At<br />
the Premier cut-over<br />
site, different foliar<br />
fertilisation regimes<br />
are being tested by<br />
the Ph.D. student,<br />
Jin Zhou, to improve<br />
Participants in the project.<br />
yield. Boron applications slightly improved<br />
yield and will be tested again<br />
next year. Higher doses of phosphorus<br />
will also be tested next summer since<br />
the initial trials had no impact on either<br />
plant growth or yield.<br />
Leaving the cut-over sites, we drove<br />
around the peninsula to visit a natural<br />
peatland where sectioning of rhizomes<br />
combined with soil fertilisation had<br />
been tested to improve the density<br />
and therefore the yield of cloudberry.<br />
“Slight improvements are only starting<br />
to show up two years after the treatments<br />
were applied.” explained Mireille<br />
Bellemare in the fi eld.<br />
Field site visits were followed by a<br />
tour of Les Buissons Research Centre.<br />
The different steps leading to clonal selection<br />
presented were in vitro culture,<br />
propagation in growth chambers and<br />
fi eld trials. This visit was supplemented<br />
33
Improving rhizome density and fruit yield in natural<br />
populations of cloudberry is a slow process according to<br />
Mireille Bellemare, a M.Sc. student.<br />
later by Dr. Kristine Naess who<br />
explained the strategy used to identify<br />
clones with a good potential. Lunch at<br />
Les Buissons Research Centre was the<br />
time for informal discussions about<br />
specifi c problems encountered in the<br />
growth of cloudberry and potential<br />
solutions.<br />
Oral presentations<br />
Dr. Inger Martinussen from the Holt<br />
Research Institute (Norway) presented<br />
an overview of the recent research<br />
projects on cloudberry in Norway.<br />
There has been a long-term project<br />
on cloudberry cultivar selection<br />
in Norway, which led to the commercialisation<br />
of two male and two<br />
34 PEATLANDS <strong>International</strong> 1/2006<br />
female cultivars. However,<br />
research on fi eld cultivation<br />
is much more recent. While<br />
Norwegian researchers were<br />
running fi eld trials with the<br />
Norwegian cultivars, private<br />
producers also started to<br />
plant rhizomes and plugs to<br />
either increase density in natural<br />
populations or to start<br />
new plantations. While plugs<br />
exhibited interesting survival<br />
rates, rhizomes, as in Canada,<br />
had a high mortality rate.<br />
Following these somewhat<br />
deceiving results from both<br />
Laval University researchers<br />
and by Dr. Inger Martinussen,<br />
it was encouraging to<br />
hear that Gaetan Chiasson<br />
and its team from Agriculture,<br />
Fisheries and Aquaculture<br />
Ministry of New-<br />
Brunswick (Canada) obtained<br />
better survival rates in plantations<br />
on cut-over <strong>peatlands</strong>,<br />
using the same cultivars and<br />
clones as those tested in Baie-Comeau.<br />
At this point, it is not clear why they<br />
got better results except for the fact<br />
that the peatland used was less compacted.<br />
In conclusion<br />
In Canada as well as in Norway, research<br />
on cloudberry cultivation is still<br />
far from the optimum goal of largescale<br />
production. We need to substantially<br />
improve the survival rate of rhizomes<br />
in cut-over peatland plantations<br />
before looking at ways to improve<br />
plant growth and eventually fruit yield.<br />
But we now know that the cloudberry<br />
cultivar Fjordgull can be grown under<br />
a more continental climate such as in<br />
the Baie-Comeau area, which<br />
should considerably increase<br />
fruit yield compared to Canadian<br />
clones once we fi nd ways<br />
to improve its initial survival<br />
and growth rate.<br />
Meanwhile, we need to<br />
fi nd local producers willing to<br />
propagate this cultivar under<br />
greenhouse conditions so that<br />
material would be readily available<br />
once we overcome the<br />
main cultivation problems. In well-established<br />
cloudberry populations, there<br />
are also many more experimental trials<br />
to be run in order to improve density<br />
and yield. Since Eastern Canada and<br />
Norway/Finland present quite different<br />
climatic conditions, promising<br />
results from each side of the Atlantic<br />
will need to be validated in each other<br />
country.<br />
Being at the very beginning of<br />
cloudberry cultivation, however, we<br />
can just expect that progress will be<br />
substantial over the next few years and<br />
that international collaboration will<br />
accelerates this progress. �<br />
Julie Bussières<br />
<strong>Peat</strong>land Ecology Research Group<br />
Laval University, Quebec, Canada<br />
e-mail: julie.bussieres.1@ulaval.ca<br />
New IPS Members<br />
We welcome the following persons<br />
and organisations as new<br />
members of the “peat family”:<br />
Corporate Members:<br />
Canada: <strong>Peat</strong> Resources Limited<br />
(Slava Golod), Theriault<br />
& Hachey <strong>Peat</strong> Moss Ltd.<br />
(Lakshman L.Ranasinghe)<br />
China: Dunhua Jixiang <strong>Peat</strong>moss<br />
Develop Co Ltd (H.Ping); Find<br />
Sources <strong>International</strong> Ltd.<br />
Individual Members:<br />
Australia: Pettina Love<br />
Canada: Carol Dickinson, Philippe<br />
Jobin, Maryam Mofi dpoor,<br />
André St-Hilaire<br />
Finland: Tuomas Haapalehto,<br />
Timo Haikarainen, Sanna<br />
Kangasjärvi, Kaarina Konola,<br />
Susanna Korte, Seija Kultti,<br />
Maija Lampela, Maiju Lassila,<br />
Keijo Nenonen, Meeri Pearson,<br />
Päivi Saari<br />
Ghana: Yahaja Ahmed Tijan<br />
Hungary: János Dömsödi, Zoltán<br />
Matécsa, Lajos Szerdahelyi<br />
Ireland: J. Martin<br />
Italy: Laura Crippa, Patrizia<br />
Zaccheo<br />
Malaysia: Zukufl i Zakaria<br />
Norway: Simon Ballance, Björn<br />
Christensen<br />
Poland: P. Bartminski,<br />
S. Krajewski, J. Nowak,<br />
Miroslaw Orzechowski,<br />
Slawomir Smólczynski,<br />
P. Zajaczkowski<br />
UK: Ian D. Rotherham<br />
USA: John Baker, William Buck
The Imnati Mire in the Kolkheti<br />
Lowland in Georgia Text and photos: Andreas Haberl,<br />
Marina Kahrmann, Matthias Krebs,<br />
Izolda Matchutadze and Hans Joosten<br />
Imnati, the largest mire in<br />
Georgia, is a worldwide<br />
unique percolation bog with<br />
a characteristic vegetation of<br />
Saw grass and peat mosses.<br />
In spite of its status as a<br />
National Park and Ramsar<br />
site, the mire is threatened<br />
by human activities.<br />
The Kolkheti (Colchis) area in Western<br />
Georgia (Caucasus) at the coast of the<br />
Black Sea is known for its extensive<br />
and special mires that - situated between<br />
citrus groves and tea plantations<br />
- form a structural and functional transition<br />
between the mires of the boreal<br />
and those of the tropical zones (Joosten<br />
et al. 2003). The special character of<br />
the area and its mires brought Botch &<br />
Masing (1983) and Succow & Joosten<br />
(2001) to the distinction of a specifi c<br />
Kolkheti mire region within Eurasia.<br />
The characteristic mire type of this<br />
region is the percolation bog (Joosten<br />
& Clarke 2002), a dome-shaped Sphagnum<br />
mire only fed by precipitation,<br />
that – in contrast to bogs in other parts<br />
of the world - has slightly humifi ed<br />
and highly permeable peat over its total<br />
depth. This allows water to percolate<br />
through the whole peat body (Lamme<br />
2006). The absence of substantial<br />
surface-water<br />
fl ow prevents the<br />
differentiation of<br />
hummocks and<br />
hollows (Couwenberg<br />
& Joosten<br />
2005) giving these<br />
mires their typical<br />
smooth surface.<br />
The existence<br />
of percolation<br />
bogs in the<br />
Kolkheti lowland<br />
was - on theoretical<br />
grounds - predicted<br />
on the basis<br />
of the prevailing extremely high and<br />
continuous precipitation (Couwenberg<br />
& Joosten 1999). The worldwide fi rst<br />
percolation bog that was discovered<br />
and intensively studied was the mire<br />
Ispani 2 near Kobuleti in the southern<br />
part of the Kolkheti lowland (Kaffke<br />
et al. 2000).<br />
In order to test and improve the<br />
concept of percolation bog, the<br />
Imnati mire, with similar morphological<br />
features, was<br />
focus of further<br />
research.<br />
Imnati is situated<br />
in the centre<br />
of the Kolkheti<br />
lowland 30 km<br />
north of Ispani 2<br />
close to the Black<br />
Sea (Fig.1). The<br />
climate is characterised<br />
by continuousprecipitation<br />
(1661 mm<br />
a -1 ) and a high<br />
humidity (80%),<br />
with a high mean<br />
annual temperature<br />
(14.1°C) and<br />
hardly any frost.<br />
Imnati constitutes,<br />
with 5000<br />
ha of non forested mire, 11% of the<br />
peatland area in Georgia. It is part of<br />
the “Wetlands of Central Kolkheti”<br />
Ramsar site designated in 1997 and is<br />
incorporated in the Kolkheti National<br />
Park which was established in 1999.<br />
Imnati consists of two separate bog<br />
cupolas. The western cupola (Fig.2)<br />
was studied in detail in 2004 and 2005<br />
by Greifswald University (Germany)<br />
in cooperation with the Integrated<br />
Coastal Zone Management (ICZM)<br />
Centre Tbilisi, the Kolkheti National<br />
Park, and the Georgian botanist Izolda<br />
Matchutadze (Kahrmann & Haberl<br />
2005).<br />
<strong>Peat</strong> formation<br />
<strong>Peat</strong> formation in Imnati began approx.<br />
6000 BP (Nejstadt et al. 1965).<br />
Before that, the area was a lagoon<br />
separated from the Black Sea by a spit<br />
build up of sediments from the Rioni<br />
River. Over the clay and silt sediments<br />
of the lagoon, a peat body of 3 to 12<br />
m depth accumulated (Fig.3). The peat<br />
Fig. 1, top left: Imnati mire in the Kolkheti lowland (Western Georgia)<br />
Fig. 2, above: Map of Imnati mire with the locations of the transects.<br />
35
Fig. 3: Stratigraphy of the western part of the Imnati mire (Kahrmann & Haberl 2005).<br />
stratigraphy reveals two main phases<br />
of mire development.<br />
A fen phase started with the terrestrialisation<br />
of the lagoon by stands<br />
of reed (Phragmites australis) growing<br />
under nutrient rich conditions. <strong>Peat</strong><br />
accumulation led to a decrease in<br />
nutrient availability and to a vegetation<br />
dominated by sedges (e.g. Carex<br />
lasiocarpa, C. rostrata) and Purple moor<br />
grass (Molinia litoralis). Also Saw grass<br />
(Cladium mariscus) was abundant in this<br />
period which led to the local formation<br />
of Cladium peat. The fen phase lasted<br />
for approx. 4000 years because of continuous<br />
tectonic sinking of the area.<br />
For a short time tectonic subsidence<br />
was even faster than peat accumulation<br />
leading to a renewed establishment of<br />
Phragmites.<br />
Fig. 4: The Imnati mire with the Minor Caucasus in the background.<br />
36 PEATLANDS <strong>International</strong> 1/2006<br />
Finally, at about 2000 BP, peat<br />
accumulation rates exceeded the rate<br />
of sea level rise, the infl uence of rain<br />
water increased, and the bog phase<br />
with dominance of peat mosses (e.g.<br />
Sphagnum imbricatum, S. papillosum) and<br />
Purple moor grass started. Molinia-<br />
Sphagnum peat of up to 6 m thick<br />
raised the surface of the bog to more<br />
than 5 m above the current Black Sea<br />
level.<br />
The warm/humid climatic conditions<br />
led to the accumulation of very<br />
loose and hardly humifi ed Sphagnum<br />
peats with a characteristic high proportion<br />
of rootlets and stem bases of Purple<br />
moor grass. These features explain<br />
the large active porosity and hydraulic<br />
conductivity of the peat.<br />
Vegetation<br />
The recent vegetation of Imnati is<br />
composed of a few vascular plants<br />
and peat moss species. The major area<br />
of the mire is covered by a peat moss<br />
carpet with Yellow Azalea (Rhododendron<br />
luteum) and Purple moor grass.<br />
Remarkable are the co-occurrence of<br />
high coverages of Purple moor grass<br />
and sedges (50%) where peat mosses<br />
still cover 90%. Despite its southern<br />
location and warm-temperate climate,<br />
boreal mire fl ora elements like Roundleaved<br />
sundew (Drosera rotundifolia), Bog<br />
bean (Menyanthes trifoliata), White Beaksedge<br />
(Rhynchospora alba), and Wool<br />
fruited sedge (Carex lasiocarpa) are<br />
abundant. Invasive vascular plant species<br />
e.g. Polygonum thunbergii, Blackberry<br />
(Rubus fruticosus), Burr marigold (Bidens<br />
tripartita), and Microstegium japonicum and<br />
a lower coverage of peat mosses indicate<br />
human impact close to the margin<br />
of the mire.<br />
Extraordinary is the frequent occurrence<br />
of Saw grass (Cladium mariscus)<br />
that is found in large and vital stands<br />
overlying peat bog deposits up to 5 m<br />
deep. Saw grass is known as a basi-<br />
and calciphilous species that grows<br />
in bogs only on shallow bog deposits<br />
where it is interpreted as a receding<br />
relict species of a former fen phase<br />
(Lutz 1938). Our measurements of<br />
electric conductivity and piezometric<br />
levels in the elevated parts of Imnati<br />
rule out that Saw grass refl ects upward<br />
seepage of calcareous groundwater:<br />
the sites are fully ombrotrophic.
Fig 5: High coverages of Purple Moorgras and sedges in a dense<br />
carpet of peat mosses.<br />
The warm-temperate climate of the<br />
Kolkheti lowland seems to enable the<br />
thermophilic species to cope with acid<br />
and nutrient poor conditions naturally.<br />
But also human impact like frequent<br />
burning may have enhanced Saw grass.<br />
Human impact is also refl ected in the<br />
peat stratigraphy in the uppermost 0.2<br />
- 0.5 m, in which remnants of Purple<br />
moor grass prevail. Also the absence<br />
of Sphagnum imbricatum, a fi re-sensitive<br />
species that was still abundant in the<br />
1930s (Dokturovski 1936), points in<br />
the same direction.<br />
Hydrology<br />
With respect to hydrological characteristics,<br />
Imnati shows an average phreatic<br />
water level of -8 cm below the mire<br />
surface and water table fl uctuations<br />
of less than 14 cm in average. The hydraulic<br />
conductivity of the peat (also at<br />
greater depths) has values 0.1 – 5 md -1<br />
higher than in other bogs worldwide.<br />
The hydraulic conductivity changes<br />
little over depth, with a decrease of<br />
generally only one order of magnitude<br />
from 0.4 – 3.9 m. This enables water<br />
to fl ow through the whole bog peat<br />
body (Lamme 2006). The high hy-<br />
draulic conductivity<br />
of the porous peat<br />
prevents surface run<br />
off in periods with<br />
high precipitation<br />
and leads to better<br />
nutrient availability<br />
through water fl ow<br />
(rheotrophy sensu<br />
Kulczyński 1949).<br />
On the other hand<br />
it would cause a<br />
running dry of the<br />
mire in dry periods<br />
that frequently occur<br />
in summer and<br />
may last for several<br />
weeks. Desiccation,<br />
however, does not<br />
happen because of<br />
the high elasticity of<br />
the peat that results<br />
from its high root<br />
content and the low<br />
humifi cation, which<br />
provide a good<br />
oscillation capacity<br />
of the mire surface. The mire surface<br />
sinks with the phreatic water level in<br />
dry periods and rises in periods of high<br />
rainfall (mire oscillation – “Mooratmung”).<br />
<strong>Peat</strong>, vegetation and water<br />
<strong>Peat</strong>, vegetation, and water<br />
are in a steady state in Imnati<br />
today. The abnormally<br />
high proportion of vascular<br />
plants for Sphagnum<br />
bogs induces higher evapotranspiration<br />
rates and<br />
a consequent larger water<br />
table drop down, resulting<br />
in higher rates of decomposition,<br />
which destroy the<br />
pore space and elasticity<br />
of the peat. This again<br />
would increase the water<br />
table fl uctuations. Extended<br />
periods of desiccation<br />
would hamper peat moss<br />
growth and would stimulate<br />
nutrient availability<br />
through decomposition,<br />
which would further boost<br />
the share of vascular<br />
plants (positive feedback<br />
loop). In Imnati, however, the vascular<br />
plants provide a “skeleton” for peat<br />
mosses whose extraordinary growth<br />
rates in this region (Krebs & Gaudig<br />
2005) prevent them from being outcompeted<br />
by vascular plants. As a<br />
result, highly porous and elastic peat<br />
accumulates, whose high storage and<br />
oscillation capacity stops the escalation<br />
of the positive feedback loop.<br />
Imnati is an impressive example that<br />
percolation bogs have resilience against<br />
irregular precipitation. The oscillation<br />
capacity is the decisive mechanism<br />
that helps this mire type to bridge dry<br />
periods “actively”. The high hydraulic<br />
conductivity of the peat avoids a<br />
drowning in wet periods “passively”.<br />
Utilisation of the peatland<br />
Mire utilisation only started 150 years<br />
ago with the cutting of marginal forests.<br />
In 1935, peat excavation started in<br />
the southern part of the mire, where<br />
it continued into the 1980s. The peat<br />
was mixed with phosphorus and other<br />
mineral fertilisers to be used for soil<br />
improvement in tea and citrus plantations<br />
(Tabadze 1963). Also the production<br />
of fuel pellets was tried out in<br />
1955/56. Their quality was, however,<br />
worse than from other <strong>peatlands</strong> in the<br />
Fig 6: Typical aspect in the vegetation in Imnati - Yellow<br />
Azaleas fl owering in spring.<br />
37
Fig. 7: Human impact through subsistence economy - cattle grazing in the south of Imnati.<br />
former Soviet Union and the exploitation<br />
stopped.<br />
During Soviet times, hay for cattle<br />
was mechanically harvested in the<br />
southeastern part of the mire. After<br />
the collapse of the Soviet Union, the<br />
economic situation became worse.<br />
The forests at the mire margin were<br />
increasingly cut for fuel and private<br />
cattle more and more graze the Purple<br />
moor grass close to the settlements. To<br />
stimulate grass growth and to improve<br />
access for hunting (especially during<br />
the bird migration season!) the area is<br />
frequently burned.<br />
Nevertheless, the largely pristine<br />
Imnati mire is, because of its extent<br />
and its unique biodiversity values, one<br />
of the peatland treasures of Georgia.<br />
Its importance, ironically, increases<br />
by the current construction of an oil<br />
terminal and an associated railway in<br />
other parts of the Kolkheti Ramsar<br />
wetlands and National Park (Salathé<br />
2005). Despite its status as National<br />
Park and Ramsar site, from time to<br />
time ideas emerge to resume the utilization<br />
of the peatland.<br />
Pilot area for Sphagnum<br />
farming?<br />
Instead of concocting destruction<br />
of the world-wide unique Kolkheti<br />
mires for the production of horticultural<br />
substrates from peats, it is better<br />
to look for renewable alternatives.<br />
Because the climate guarantees yearround<br />
moss growth, peat mosses are<br />
38 PEATLANDS <strong>International</strong> 1/2006<br />
highly productive in the Kolkheti lowland,<br />
with Sphagnum papillosum reaching<br />
a production of over 10 tonnes<br />
dry weight per ha per year (Krebs &<br />
Gaudig 2005).<br />
The perennial rainfall and humidity<br />
cause the peat mosses to regenerate<br />
very well. This enables the production<br />
of Sphagnum biomass on formerly<br />
meliorated and excavated peatland<br />
and fallow mineral soil. Near Supsa,<br />
south of Imnati, a degraded peatland<br />
currently used as low-productive arable<br />
land, could be prepared as a pilot<br />
area for Sphagnum cultivation. These<br />
potentials will be assessed in further<br />
projects of the Institute of Landscape<br />
Ecology and Botany of Greifswald<br />
University. �<br />
Bibliography<br />
Botch, M. S. & V. V. Masing, 1983. Mire<br />
Ecosystems in the U.S.S.R. In: Gore,<br />
A. J. P. (ed.): Ecosystems of the world<br />
4B. Mires: swamp, bog, fen and moor.<br />
Regional studies. Elsevier. Amsterdam.<br />
1983. pp. 95-152.<br />
Couwenberg, J. & H. Joosten, 1999.<br />
Pools as missing links: the role of nothing<br />
in the being of mires. In: Standen,<br />
V., J. Tallis & R. Meade (eds.): Patterned<br />
mires and mire pools - Origin<br />
and development; fl ora and fauna.<br />
British Ecological <strong>Society</strong>. Durham. pp.<br />
87 – 102.<br />
Couwenberg, J. & H. Joosten, 2005. Self<br />
organisation in raised bog patterning:<br />
the origin of microtope zonation and<br />
mesotope diversity. Journal of Ecology<br />
93: pp. 1238-1248.<br />
Dokturowski, W. S. 1936, Materialy po<br />
isutscheniju torfjanikow Sakawkasja.<br />
(Beiträge zum Studium der Torfmoore<br />
Transkaukasiens). Potschwowedenie 2:<br />
pp. 183-202.<br />
Joosten, H. & D. Clarke, 2002. Wise use<br />
of mires and <strong>peatlands</strong> – Background<br />
and principles including a framework<br />
for decision-making. <strong>International</strong> Mire<br />
Conservation Group / <strong>International</strong> <strong>Peat</strong><br />
<strong>Society</strong>. 304 p.<br />
Joosten, H., Kaffke, A. & I. Matchutadze,<br />
2003. The mires of the Kolkheti lowlands<br />
(Georgia). IMCG Newsletter<br />
2003/3. pp. 19 – 23.<br />
Kaffke, A., J. Couwenberg, H. Joosten, I.<br />
Matchutadze & J. Schulz, 2000. Ispani<br />
II: the world’s fi rst percolation bog. In:<br />
Québec 2000 Millenium Wetland Event.<br />
Program with Abstracts. p. 487.<br />
Kahrmann, M. & A. Haberl, 2005. Imnati<br />
- ein Regendurchströmungsmoor?<br />
Moorkundliche Untersuchungen in der<br />
Kolchis (Georgien). MSc thesis. Greifswald<br />
University. 101 p.<br />
Krebs, M. & G. Gaudig, 2005. Torfmoos<br />
(Sphagnum) als nachswachsender<br />
Rohstoff – Untersuchungen zur Maximierung<br />
der Produktivität von Sphagnum<br />
papillosum im Regendurchströmungsmoor<br />
Ispani 2 (Georgien). Telma<br />
35. pp. 171-189.<br />
Kulczyński, M.St., 1949. Torfowiska<br />
Polesia (<strong>Peat</strong> bogs of Polesie, transl. by<br />
W.H. Paryski). Mémoires de l’Académie<br />
Polonaise des Sciences et des<br />
Lamme, O., 2006. An eco-hydrological<br />
approach to <strong>peatlands</strong>: a search of a<br />
percolating bog in the Kolchis area.<br />
MSc thesis, University Utrecht. 65 p.<br />
Lettres - Classe des sciences Mathématiques<br />
et Naturelles - Serie B: Sciences<br />
Naturelles, Krakov 15: 356 p.<br />
Lutz, J., 1938. Geobotanische Beobachtungen<br />
an Cladium mariscus R. BR. in<br />
Süddeutschland. Ber. Bayer. Bot.Ges.<br />
23. pp. 135 - 142.<br />
Nejstadt, M. I., Chotinskij, N. A., Dewiri,<br />
A. L., Markowa, N. G. (1965): Imnatskoje<br />
Boloto (The Imnati bog). Paleogeografi<br />
ja i chronologija werchnewo<br />
plejstozena i golozena po dannym radiuglerodnowo<br />
metoda. K VII kongressu<br />
INQUA (SSchA 1965), pp. 105 – 112.<br />
(in Russian)<br />
Salathé, T., 2005. Ramsar Advisory Missions:<br />
No. 54, Georgia, Central Kolkheti<br />
Wetlands. URL: http://www.ramsar.<br />
org/ram/ram_rpt_54e.htm. visited at<br />
28.02.2006.<br />
Succow, M. & H. Joosten (eds.), 2001.<br />
Landschaftsökologische Moorkunde. 2.<br />
ed. Schweizerbart, Stuttgart. 622 p.<br />
Tabadze, F.N., 1963. Prirodnije resursij<br />
grusinskoi SSR. bd. 5. Isdatelstwo<br />
akademii nauk SSSR. Moskwa. 272 p.<br />
Andreas Haberl, Marina Kahrmann<br />
Matthias Krebs, Izolda Matchutadze<br />
& Hans Joosten<br />
Institute of Botany and Landscape<br />
Ecology, Greifswald Germany<br />
e-mail: joosten@uni-greifswald.de
Telma No. 35<br />
Telma is the annual Journal of the German <strong>Peat</strong> <strong>Society</strong>. Because of limited<br />
space, only the English titles of the manuscripts, mostly written in German, are<br />
listed here. The full table of contents can be downloaded from www.dgmtev.de.<br />
TELMA can be ordered for EUR 40 (non-members) plus mailing costs from:<br />
Deutsche Gesellschaft für Moorund<br />
Torfkunde (DGMT) e.V.<br />
Alfred-Benz-Haus, Stilleweg 2<br />
D-30655 Hannover, Germany<br />
LÜTTIG, G.: WOLFGANG FLAIG - 17 December 1912 to 20 May 2004<br />
JESCHKE, L.: MICHAEL SUCCOW - Recipient of the C.A. WEBER-Medal<br />
SCHOUWENAARS, J.: C. A. WEBER-Medal for HANS JOOSTEN<br />
HOFER, B.: HARTMUT FALKENBERG – Honory member of the DGMT<br />
A. Papers<br />
KAPPEL, A., BEHLING, H. & ZOLITSCHKA, B.: Reconstruction of late and postglacial environmental conditions due<br />
to a peat profi le from the ´Varreler Schlatt´ (district Diepholz, Northwestern Germany)<br />
VAN DER SCHAAF, S.: How fast is discharge from a raised bog? – An old discussion revisited.<br />
RASKIN, R. & MISERÉ, S. (FRANKARD, PH.): Flora and Vegetation of the “Hohes Venn”<br />
MÜLLER, F.: Distribution, threat and nature conservation of the peat mosses (genus Sphagnum) in Saxony<br />
ALETSEE, M.: Protection and restoration of the „palsen“ as the basis for conservation of mire vegetation and endangered<br />
odonata species in the German-Belgium Hohe Venn<br />
BROCKHAUS, TH.: Spreading and preservation of dragonfl ies in bogs in Saxony<br />
REIMANN, H. & KIEL, E.: Remarkable records of ant species in the Ahlen-Falkenberger Moor (Lower Saxony)<br />
LANGE, P.: Distribution of peat and peat mining in Thuringia<br />
LEHRKAMP, H. & SCHULZE, H.: The bog sand-cover cultivations by Councilor Paul Schreyer in the Randow-Welse-<br />
Bruch<br />
KREBS, M. & GAUDIG, G.: <strong>Peat</strong> mosses (Sphagnum) as a renewable resource – Investigations on maximising productivity<br />
of Sphagnum papillosum in the percolation bog Ispani 2 (Georgia)<br />
BASTIAN, O. & RÖDER, M.: About the distribution of areas rich in bogs among the physical landscapes of the lowlands<br />
and the hill country in the district of Dresden<br />
FRANKARD, PH.: Rehabilitation of raised bogs und wet heaths on the Hautes-Fagnes (East Belgium): an assessment after<br />
ten years of management trials<br />
KAMERMANN, D.: Landscape-ecological research in the nature reserve „Lichtenmoor“ - A summary of 35 years bog protection<br />
SPERLING, H.: The former bog baths Marienborn, Johannisbad and Bad Heil - The History of the baths in Schmeckwitz<br />
HAVERKAMP, M.: The Emsland Moormuseum<br />
LÜTTIG, G.: Tampere, IPC 2004 – The dozen is full! - Refl ections on twelve international peat congresses<br />
B. Brief Communications<br />
SCHWEIKLE, V.: Restoring of bogs/fens to nature according to the law of conservation of nature in relation to the law of<br />
conservation of soil in Germany<br />
KLÖCKING, R.: Report on the IPS Symposium of Commission VI „<strong>Peat</strong> and Humic Substance Preparations in Medicine,<br />
Veterinary Medicine and Body Care”, held in Bad Langensalza (Thuringia) on 25-27 May 2005<br />
ZINKE, P.: Report on the symposium “<strong>Peat</strong>lands in the lowlands and hill countries of Saxony” in Dresden-Marsdorf, June,<br />
3-5, 2005<br />
SCHMATZLER, E.: Report on the General Meeting of DGMT, 7 - 10 September 2005 in Stade, Germany<br />
C. Literature on <strong>Peat</strong> and <strong>Peat</strong>land<br />
Remarks upon some books on the theme “<strong>Peat</strong> and <strong>Peat</strong>lands”<br />
HACKER, E.: Publications on “<strong>Peat</strong> and <strong>Peat</strong>land” from the German language area in 2004 with additions for earlier years<br />
39
LEAVING ITS MARK<br />
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• SCREENING<br />
• MIXING<br />
• DOSING<br />
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40 PEATLANDS <strong>International</strong> 1/2006 (418) 868-TECH (8324) l info@premiertechsystems.com<br />
WWW.PREMIERTECHSYSTEMS.COM
Premier Tech Systems: Bringing<br />
Automation to the <strong>Peat</strong> Industry<br />
David Levesque gives an<br />
overview of the history of<br />
Premier Tech and what<br />
products and services it can<br />
today provide to the <strong>Peat</strong><br />
Industry.<br />
Looking back to 1989, the equipment<br />
adventure of Premier Tech Systems<br />
started when Bernard Bélanger, President<br />
& CEO of Premier Horticulture<br />
Ltd. (PHL), decided that the only way<br />
to lead the peat moss business would<br />
be to automate its operations as much<br />
as possible.<br />
At the time, market suppliers could<br />
not offer full automation and did not<br />
believe it could be done. That’s when<br />
Premier Tech Systems was born as the<br />
engineering entity of Premier Horticulture,<br />
with a small team of engineers<br />
determined to make it happen. Now,<br />
the team includes more than 450<br />
people, among them, some 35 who<br />
work full time for Research, Development<br />
and Innovation. The success of<br />
this company is based mainly on the<br />
importance of RD&I and its constant<br />
search for customer satisfaction.<br />
Equipment innovations for<br />
the peat industry<br />
To maintain its leading position in<br />
manufacturing processing and packaging<br />
equipment for the peat industry,<br />
Premier Tech Systems markets innovation<br />
products that will give its customers<br />
a competitive edge.<br />
First, there’s the 2-Head Vacuum<br />
Harvester, which is pulled by a tractor<br />
for optimum peat moss harvesting.<br />
With a tank capacity of 1,100 ft 3 (30.8<br />
m 3 ) and a working capacity of 7.5<br />
acres/hr. (3.03 ha/hr.), this harvester<br />
can be productive in a very short time.<br />
Besides being an effective harvester,<br />
even under unstable weather conditions,<br />
this unit’s aluminium construction<br />
means minimal pressure is exerted<br />
on the ground. Because of its light<br />
weight, it requires less pulling power,<br />
Premier Tech Headquarter in Riviere-du-Loup, Quebec.<br />
which ultimately results in better fuel<br />
consumption.<br />
Another innovation from Premier<br />
Tech Systems is the new EA-450<br />
Vertical Form, Fill and Seal Baler that<br />
makes its own bags from a roll of fl at<br />
polyethylene fi lm, resulting in reductions<br />
in packaging material and direct<br />
labour costs. This fully automated system<br />
packages compressible products,<br />
such as peat moss, at a density ratio of<br />
up to 2.5:1 and produces watertight,<br />
square-cornered bales<br />
of 25 to 300 litres. It is safe<br />
and designed to operate cleanly,<br />
smoothly and with minimum<br />
noise. It uses a proven electronic-impulse<br />
sealing technology<br />
and is equipped with a<br />
volumetric belt feeder that has<br />
a levelling device for accurate<br />
dosing.<br />
Lastly, there is the new and<br />
innovative EM-2000 Semi-Bulk<br />
Baler, a semi-automatic system<br />
specially designed to produce<br />
very large sized peat moss bales<br />
(up to 300 ft3 /8.5 m3 ). Rather<br />
than stretch wrapping the<br />
product, this new machine uses<br />
pre-made plastic bags, which<br />
produce a better looking bale.<br />
The bales produced also provide<br />
more protection for the<br />
Text and photos: David Levesque<br />
bagged material during transport and<br />
storage, and the print on the bags is a<br />
good marketing tool.<br />
Customer satisfaction<br />
The customers of Premier Tech Systems<br />
can count on 22 fi eld service<br />
representatives in North America and<br />
Europe, 6 modem/remote service<br />
technicians, and 8 spare parts special-<br />
EM-2000 Semi-Bulk Baler.<br />
41
ists. The company is also considering<br />
starting a small service unit to ensure<br />
better proximity and technical support<br />
in the Baltic States and Scandinavian<br />
countries.<br />
Premier Tech Systems Vacuum Harvester.<br />
42 PEATLANDS <strong>International</strong> 1/2006<br />
As well, Premier Tech Systems<br />
recently launched an online, aftermarket<br />
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In time, they<br />
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Extranet, where<br />
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consult service<br />
bulletins,<br />
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These publications as well as more than 60 other books on peat and <strong>peatlands</strong> can now<br />
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BOGLAND - A Protocol for Wise<br />
Use and Sustainable Management of<br />
<strong>Peat</strong>lands in Ireland<br />
In 2005, a three-year project<br />
named “BOGLAND” was<br />
initiated by the Irish<br />
Environmental Protection<br />
Agency and is being led by<br />
University College Dublin.<br />
The overall objectives of the BOG-<br />
LAND project are:<br />
• To quantify the main features of<br />
the peatland resource, notably<br />
extent and volume, biodiversity,<br />
hydrology, carbon balance and<br />
contribution to greenhouse gas<br />
fl uxes;<br />
• To assess vulnerability to environmental<br />
pressures and threats<br />
arising out of various kinds of<br />
exploitation (drainage, mining,<br />
forestry, energy, agriculture etc.);<br />
• To assess socio-cultural, economic,<br />
institutional and policy issues;<br />
• To integrate and synthesise the results<br />
of literature-based and fi eld<br />
studies and;<br />
Diagram A: BOGLAND project structure.<br />
Ballygasheen lowland blanket bog, Co. Kerry.<br />
Text and photos: Florence Renou<br />
• To develop a protocol for the<br />
wise use and sustainable manage-<br />
Wise use of Irish <strong>peatlands</strong><br />
ment of the peatland resource in While the area of Ireland covered by<br />
Ireland.<br />
peat is considerable (over 16%), much<br />
of this has been extensively modifi<br />
ed by man. <strong>Peat</strong><br />
has been used in<br />
Ireland since prehistoric<br />
times but<br />
since the advent<br />
of industrial peat<br />
extraction, the<br />
process has accelerated<br />
and within a<br />
few decades most<br />
of the larger raised<br />
bogs in the Irish<br />
midlands will have<br />
been exploited.<br />
It is crucial<br />
that appropriate<br />
measures be put in<br />
place to promote<br />
the wise use of<br />
remaining peatland<br />
resources, to ensure<br />
that adequate<br />
43
pristine areas of high ecological value<br />
are identifi ed and conserved and that<br />
the extensive cutaway <strong>peatlands</strong> which<br />
remain following mechanical peat<br />
extraction are used in the best interests<br />
of society as a whole. Ireland is obliged<br />
under the terms of the Convention<br />
on Biological Diversity (CBD) to take<br />
account of ‘multifunctionality’ when<br />
considering the future development<br />
and use of cutaways.<br />
Also arising out of its commitments<br />
under CBD, Ireland has undertaken<br />
to carry out and implement local<br />
Biodiversity Action Plans which are<br />
currently being prepared on a county<br />
basis. In parts of Ireland where bogs<br />
are prevalent, <strong>peatlands</strong> will feature<br />
prominently in these plans. It is thus<br />
timely to explore and enhance awareness<br />
of the ecological value of <strong>peatlands</strong>.<br />
In short, Ireland needs to apply<br />
the principles of Wise Use of <strong>Peat</strong>lands<br />
stated in Joosten and Clarke. 1<br />
Knowing our <strong>peatlands</strong><br />
There is currently a considerable<br />
amount of scattered information on<br />
various aspects of the ecological, physio-chemical,<br />
socio-economic and policy<br />
issues regarding <strong>peatlands</strong> that need to<br />
be considered in the development of<br />
guidelines for sustainable management<br />
of <strong>peatlands</strong>. However, a much more<br />
extensive review and evaluation of this<br />
information is required and further<br />
Clara raised bog, Co. Offaly.<br />
44 PEATLANDS <strong>International</strong> 1/2006<br />
Florence Renou, project manager explains peat stratigraphy at a cutover raised bog.<br />
research is needed in many areas where<br />
signifi cant knowledge gaps have been<br />
identifi ed.<br />
The work will be conducted in four<br />
subprojects (see Diagram A), with the<br />
core research work focusing on three<br />
areas:<br />
•<br />
•<br />
•<br />
Biodiversity<br />
Characterisation of the physical<br />
peatland resource and its use<br />
Socio-cultural, economic & institutional/policy<br />
Biodiversity<br />
This work builds on the considerable<br />
body of existing information on vascular<br />
plant communities and macrofauna<br />
of Irish <strong>peatlands</strong>. Biodiversity is not<br />
limited to the ‘visible’ diversity present<br />
on the bog surface however. Soil and<br />
aquatic invertebrates together with micro-organisms<br />
(methanogenic archaea)<br />
are also a focus of the project, and for<br />
the fi rst time the signifi cance of this<br />
rich repertoire of Irish peatland biodiversity<br />
will be quantify and assessed.<br />
Characterisation of the<br />
physical peatland resource<br />
and its use<br />
An estimation of the volume and carbon<br />
content of peat is still required<br />
in order to improve estimates of the<br />
magnitude of the Irish peatland carbon<br />
reservoir. As well as producing maps,<br />
this project will examine the impact of<br />
climate change scenarios on the stability<br />
of the peatland carbon resource. It<br />
will examine peatland vulnerability to<br />
man-induced interferences (mining, afforestation,<br />
sheep grazing, wind farms)<br />
with respect to 1) physical aspects (risk<br />
of ‘bogslides’), 2) carbon and methane<br />
fl uxes, and 3) hydrological features.<br />
Socio-cultural, economic &<br />
institutional/policy<br />
This part of the project aims to develop<br />
an understanding of the values<br />
1 H.Joosten and D. Clarke. 2003.<br />
Wise use of mires and <strong>peatlands</strong>. <strong>International</strong><br />
Mire Conservation Group and<br />
<strong>International</strong> <strong>Peat</strong> <strong>Society</strong>, Saarijärvi,<br />
Finland.
of <strong>peatlands</strong> within the Irish public in<br />
general and how the contribution of<br />
<strong>peatlands</strong> in social, economic and environmental<br />
terms can be characterised<br />
by indicators over time. This will be<br />
done through 1) the examination of<br />
communities linked to peatland areas,<br />
rural development, archaeology and<br />
culture and tourism; 2) the economic<br />
valuation of resource uses, market and<br />
non-market values including carbon<br />
sink, and 3) the appraisal of relevant<br />
policies. In addition, an in-depth case<br />
study will be carried out in an area<br />
largely dominated by industrial cutaway<br />
<strong>peatlands</strong> with a view to producing a<br />
blueprint on community and stakeholder<br />
involvement in the future of<br />
<strong>peatlands</strong>.<br />
Project activities<br />
The fi rst activity of the project was to<br />
set up a stratifi ed sampling programme<br />
representing all types of <strong>peatlands</strong><br />
found in Ireland. Four representative<br />
sites were identifi ed among the following<br />
categories: lowland/Atlantic<br />
blanket bogs, mountain blanket bogs,<br />
raised bogs and fens with cutaway<br />
<strong>peatlands</strong> forming an added category<br />
where certain studies will be carried<br />
out to supplement already existing<br />
projects. 2 Where possible, studies will<br />
be replicated in both ‘natural’ and ‘degraded’<br />
areas within the same peatland.<br />
This will help assessing the impact of<br />
activities such as turf-cutting and afforestation<br />
as well as considering the<br />
2 See Carbal and Bogfor projects at<br />
www.ucd.ie/ferg/research/.<br />
Do you know <strong>Peat</strong> News?<br />
effects of restoration or rehabilitation,<br />
for example where drains have been<br />
blocked.<br />
The project is multi-disciplinary<br />
and brings together the expertise from<br />
different organisations around Ireland.<br />
The project also benefi ts from the<br />
contribution of experts from several<br />
countries through an international<br />
steering committee.<br />
BOGLAND is supported by the<br />
Environmental RTDI Programme<br />
2000-2006, fi nanced by the Irish Government<br />
under the National Development<br />
Plan and administered on behalf<br />
of the Department of the Environment,<br />
Heritage and Local Government<br />
by the Environmental Protection<br />
Agency. “<strong>Peat</strong>lands are one of our<br />
key natural resources and I welcome<br />
the commencement of this research<br />
project which will develop a protocol<br />
for the sustainable management<br />
of <strong>peatlands</strong> in Ireland. The unique<br />
approach of this integrated project in<br />
examining the environmental, economic,<br />
social and institutional issues facing<br />
Irish peatland promises to deliver a<br />
valuable blueprint for the protection<br />
of this important ecosystem” said<br />
Mary Kelly, EPA Director, Ireland.<br />
The major outputs of this project<br />
will be presented in 2008 coinciding<br />
with the 13 th <strong>International</strong> <strong>Peat</strong>land<br />
Congress which will take place in<br />
Ireland. �<br />
Florence Renou<br />
Project Manager<br />
School of Biology and Environmental<br />
Science<br />
University College Dublin, Ireland<br />
e-mail: fl orence.renou@ucd.ie<br />
www.ucd.ie/bogland<br />
If you are a member of the IPS and wish to know about<br />
the activities of the “peat family” on a more regular basis<br />
than by reading <strong>Peat</strong>lands <strong>International</strong>, we invite you to<br />
order our monthly e-mail newsletter <strong>Peat</strong> News.<br />
You can send a request including your e-mail address to<br />
ips@peatsociety.org. The subscription is included in the<br />
membership fee. <strong>Peat</strong> News is sent out at the end of each<br />
month to about 1,030 IPS members. The latest issue can<br />
also be found at www.peatsociety.org. �<br />
Join the<br />
<strong>International</strong><br />
<strong>Peat</strong> <strong>Society</strong>!<br />
•<br />
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•<br />
The <strong>International</strong> <strong>Peat</strong> <strong>Society</strong><br />
is open to all individuals and<br />
organisations dealing with peat<br />
and <strong>peatlands</strong>. We would be<br />
glad to welcome you within the<br />
“peat family”.<br />
If you live in Belarus, Canada,<br />
Czech Republic, Denmark, Estonia,<br />
France, Finland, Germany,<br />
Hungary, Indonesia, Ireland,<br />
Latvia, Lithuania, the Netherlands,<br />
Norway, Poland, Russia,<br />
Sweden, the United Kingdom,<br />
Ukraine or the USA, please contact<br />
the Chair of your National<br />
Committee for membership conditions<br />
(see www.peatsociety.<br />
org for their contact details).<br />
If you are living in another country<br />
than the above mentioned,<br />
you are welcome to become an<br />
IPS member directly via the IPS<br />
Secretariat. For € 42 for individual,<br />
21 € for student and € 253<br />
for corporate members annually<br />
you will enjoy the full benefi ts of<br />
an IPS membership.<br />
More information is available at<br />
www.peatsociety.org<br />
Membership benefits<br />
access to the events of the<br />
<strong>International</strong> <strong>Peat</strong> <strong>Society</strong>,<br />
such as meetings, workshops,<br />
congresses and symposia<br />
signifi cant discount on registration<br />
fees<br />
free subscription of the<br />
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free subscription of the<br />
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more than 1,300 specialists<br />
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and industry<br />
45
Recording the Past: the Power of <strong>Peat</strong><br />
<strong>Peat</strong> bogs are powerful archives<br />
containing records on<br />
the environment and culture<br />
of the past, such as climate<br />
change - as indicated by<br />
botanical remains - and bog<br />
finds such as archaeological<br />
materials, including human<br />
remains (bog bodies). Some<br />
recent research highlights<br />
from the Netherlands are<br />
presented.<br />
<strong>Peat</strong> bogs are growing continuously<br />
under certain climatic conditions such<br />
as those that prevailed during the<br />
Holocene - the present geological period<br />
that, following the last ice age, has<br />
lasted for approximately 11,500 years.<br />
<strong>Peat</strong> bogs and palaeoclimate<br />
By digging into terrestrial deposits, one<br />
travels, in general, back in time from<br />
the present to the past - the deeper,<br />
the older. The relative occurrence of<br />
plant species at a certain depth (and<br />
thus at a certain time in the past)<br />
indicates climatic conditions, like tem-<br />
Figure 2: The variations in the natural 14 C content, as measured in tree<br />
rings dated by dendro-chronology. The 14 C content is plotted as the<br />
deviation from the normal level, and is corrected for radioactive decay.<br />
46 PEATLANDS <strong>International</strong> 1/2006<br />
perature and humidity, under which the<br />
plants at this depth were growing. In<br />
general terms, dominance of tree pollen<br />
is indicative of warmth; the relative<br />
abundance of different species gives<br />
fi ner detail. For example, there usually<br />
is a dominance of birch and pine during<br />
the initial phase of an interglacial<br />
like the Holocene, followed later by<br />
mixed forest (oak, elm, hazel) in the<br />
temperate regions. Thus, records of<br />
preserved botanical remains like pollen<br />
and macrofossils (branches, leaves)<br />
form a proxy for the palaeoclimate.<br />
<strong>Peat</strong> bogs consist of bog mosses<br />
(species of Sphagnum). They are<br />
rain-fed and grow continuously. After<br />
death, the mosses are well preserved.<br />
Continual growth of the peat bog surface<br />
and burial of dead organic matter<br />
leads to peat sequences that can exceed<br />
10 m in depth.<br />
Radiocarbon Dating<br />
The chronology of such deposits can<br />
be obtained by 14 C (or Radiocarbon)<br />
dating of organic remains like peat,<br />
macrofossils, or pollen. Radiocarbon is<br />
a natural radioactive<br />
isotope<br />
(with a half-life<br />
of 5730 years)<br />
of the element<br />
Carbon.<br />
This isotope is<br />
continuously<br />
produced by<br />
cosmic radiation<br />
in the<br />
upper atmosphere,<br />
and is<br />
taken up by<br />
the plants by<br />
photosynthesis.<br />
From there<br />
it fi nds its way<br />
into all living<br />
organisms via<br />
the food chain.<br />
There is an<br />
equilibrium<br />
Text and photos: J. van der Plicht<br />
J. van der Plicht.<br />
between uptake and decay of 14 C . After<br />
death of the organism, there is no<br />
longer uptake of 14 C; radioactive decay<br />
causes the content of 14 C to decrease.<br />
Hence, by measuring the remaining<br />
14 C content of for example the botanical<br />
remains from within a peat bog, the<br />
age of these remains (more precisely:<br />
the moment of death) can be established.<br />
The isotope 14 C provides in fact<br />
a clock, built into the organic residues.<br />
Although this sounds like a simple<br />
and straightforward principle, in practice<br />
there are many complications of<br />
which only one is mentioned here. For<br />
the simple dating model to work, one<br />
has to assume that the natural atmospheric<br />
14 C concentration is constant<br />
throughout time. It appears that this<br />
is not the case: the cosmic ray fl ux impinging<br />
on earth, and thus the amount<br />
of 14 C produced in the atmosphere,<br />
depends on factors like the strength<br />
of the earth’s magnetic fi eld, and solar<br />
activity.<br />
In addition, the 14 C concentrations<br />
are extremely small (1:1012-1015) so<br />
that measuring them requires highlyspecialized<br />
equipment, such as shown<br />
in Figure 1.
Trees as calendars<br />
The varying 14 C content in nature is<br />
known by a calibration curve, which<br />
is obtained by 14 C dating of tree rings<br />
from wood, that, in addition, are dated<br />
absolutely by dendro-chronology. This<br />
calibration curve makes dating possible<br />
because it allows the calculation<br />
of “historical ages” from “ 14 Cages”,<br />
thus taking the natural variations into<br />
account. The tree ring calendar extends<br />
back to more than 14,000 years<br />
ago. The calibration data are shown<br />
in Figure 2 as the relative 14 C content<br />
(corrected for radioactive decay) with<br />
respect to present day values.<br />
The long-term (millennium scale)<br />
trend of the data can be explained by<br />
the infl uence of the earth’s magnetic<br />
fi eld on the 14 C production rate. In<br />
general, this caused a higher 14 C content<br />
in nature millennia ago compared<br />
with the present. The sharp excursions<br />
on this long-term trend (like the one<br />
indicated at 800 BC) are caused by<br />
solar fl uctuations.<br />
At 800 BC, a climate change is registered<br />
in archives like peat bogs, known<br />
as the Subboreal-Subatlantic transition.<br />
This is illustrated in Figure 3, the peat<br />
bog Bargerveen in the Netherlands.<br />
The darker, more decomposed Subboreal<br />
peat was deposited under relatively<br />
warm and dry climatic conditions. The<br />
lighter coloured Subatlantic peat was<br />
formed under cooler, wetter climatic<br />
conditions. The change is marked in<br />
the fi gure, and is observed in many<br />
archives worldwide.<br />
Plant remains reveal past<br />
Botanical analysis of peat-forming<br />
plants from several peat bogs, in<br />
combination with precise 14 C dating,<br />
shows a remarkable phenomenon, as<br />
illustrated for the Engbertsdijksveen<br />
(the Netherlands) - see fi gure 4. The<br />
sharp rise of 14 C at 800 BC coincides<br />
with the shift from “older, darker” to<br />
“younger” Sphagnum peat at which<br />
point (see Figure 3) Sphagnum acutifolia<br />
shows a decline. Thereafter, following<br />
a dominance by highly hygrophilous<br />
moss species, Sphagnum cuspidatum and<br />
Sphagnum papillosum, the peat is formed<br />
mainly by remains of Sphagnum imbrica-<br />
Figure 1: The Accelerator Mass Spectrometer (AMS) for measuring 14 C concentrations at<br />
Groningen University, the Netherlands.<br />
tum, which has a preference for oceanic<br />
climatic conditions with a high air<br />
humidity.<br />
The wetter conditions around 800<br />
BC also coincide in signifi cantly rising<br />
water tables in the Netherlands, as<br />
evidenced by archaeological investiga-<br />
tions. The climate shift is observed on<br />
a global scale, and seems to be connected<br />
with migrations of prehistoric<br />
peoples as well. It is also remarkable<br />
that this time corresponds with the<br />
Bronze Age / Iron Age transition in<br />
Northwestern Europe.<br />
47
Figure 3: The Bargerveen in the Netherlands, showing the Subboreal-Subatlantic climate<br />
transition (indicated).<br />
The correlation of increased 14 C<br />
(which means solar infl uence), wet<br />
shift in peat bogs and climatic detoriation<br />
is also observed for the strong<br />
14 C excursions, observed during the<br />
so-called Little Ice Age (ca. 1600 AD;<br />
see Figure 2). In addition, the increased<br />
production of cosmogenic isotopes<br />
Figure 4: Variations in the natural 14 C content (see fi gure 2),<br />
zoomed in for 1000-500 BC. Also shown is a selection of botanical<br />
data from Engbertsdijksveen, the Netherlands. The sharp rise in<br />
the 14 C signal (a solar proxy) coincides with a climatic detoriation,<br />
as observed in a shift in Sphagnum species.<br />
48 PEATLANDS <strong>International</strong> 1/2006<br />
( 14 C, but also 10 Be) appears to be associated<br />
with cooler climate throughout<br />
the complete Holocene.<br />
It is important to note that the<br />
observed teleconnections are an indication<br />
that “solar forcing” of climate<br />
change plays a more important role<br />
than previously thought. The mechanism<br />
is still not understood,<br />
however.<br />
To extract palaeoclimatic<br />
information<br />
from peat bogs, a<br />
variety of research<br />
programs are implemented.<br />
As a good<br />
example, we mention<br />
the EC-funded project<br />
Accrotelm (Abrupt<br />
Climate Changes<br />
Recorded Over The<br />
European Land Mass).<br />
For detailed information<br />
we refer to www.<br />
glos.ac.uk/accrotelm.<br />
<strong>Peat</strong> bogs and<br />
cultural finds<br />
In the extensive peat<br />
bogs of Northwestern<br />
Europe, archaeological<br />
fi nds shed light on<br />
past cultures. Such<br />
fi nds mostly took<br />
place during the era of<br />
peat cutting. From the<br />
17th - early 20th century,<br />
peat was a major<br />
source of energy in Northwestern Europe.<br />
A fi ne example of an archaeological<br />
fi nd is shown in fi gure 5: a wooden<br />
bog road from the Neolithic (ca. 2100<br />
BC), found in the <strong>peatlands</strong> of Nieuw<br />
Dordrecht, province of Drenthe, the<br />
Netherlands. A mystery is that the road<br />
does not lead anywhere; the construction<br />
was stopped for some reason.<br />
Wooden wheels, shoes, stone tools,<br />
pottery, ornaments and even unique remains<br />
of a temple (Barger-Oosterveld)<br />
have surfaced from the peat during the<br />
cutting era, illuminating cultures of the<br />
past from the Stone Age, Bronze Age<br />
and Iron Age.<br />
Bog bodies<br />
The most dramatic fi nds are people<br />
- the well known bog bodies. These<br />
bodies are known from the peats of<br />
(mainly) Ireland, England, Germany,<br />
the Netherlands and Denmark. Unfortunately,<br />
many bog bodies did not<br />
survive their discovery very long. Quite<br />
a few were reburied; others were destroyed<br />
(or even powdered into a medicine:<br />
“mumia”). But several bodies did<br />
fi nd their way into museums. Some<br />
bog bodies were found in an excellent<br />
state of preservation, like the famous<br />
Tollund Man in Denmark. Others, like<br />
the Yde girl (fi gure 6a), were damaged<br />
during the peat cutting and decayed<br />
partly after their discovery, before conservation<br />
measures could be applied.<br />
The Yde girl is the most famous bog<br />
body of the Netherlands, perhaps because<br />
her head has been reconstructed<br />
(Figure 6b). The body was found in<br />
1897 near the village of Yde (province<br />
of Drenthe, the Netherlands). She obviously<br />
died through strangulation with<br />
a woollen band, still visible around her<br />
neck. Her age is established as 16 years<br />
old.<br />
Establishing the age of bog bodies<br />
was for a long time a major problem,<br />
as most of them came to light<br />
unaccompanied by objects that could<br />
be dated on the basis of typological<br />
evidence. In addition, 14 C dating is<br />
hampered by the prolonged “chemical<br />
treatment” of the samples by the<br />
peat acids. Recently, a large series of<br />
bog bodies were 14 C dated by systematic<br />
analysis of materials like clothing<br />
(fur, textile), skin, leather (shoes), hair,
Figure 5: Bog road (consisting of trees) constructed in a peat bog<br />
ca. 4100 years ago near Nieuw Dordrecht, the Netherlands.<br />
wood and bone (when available) using<br />
the equipment shown in fi gure 1. It appears<br />
that most bog bodies date from<br />
the Late Iron Age / Roman period (ca.<br />
2nd century BC - 4th century AD). For<br />
example, Radiocarbon measurements<br />
indicate that the Yde girl shown in fi gure<br />
6, dates between 40 BC and 50 AD.<br />
Final remarks<br />
<strong>Peat</strong> bogs are powerful archives of the<br />
past. Their botanical remains form a<br />
record of the ecological circumstances<br />
like climate. In addition,<br />
intriguing<br />
prehistoric cultural<br />
evidence came to<br />
light during the peat<br />
cutting era. This illustrates<br />
the old saying<br />
that “in order to understand<br />
the present<br />
one needs to understand<br />
the past”.<br />
The most spectacular<br />
archaeological<br />
fi nds are the bog<br />
bodies, several of<br />
which had been executed<br />
(like the Yde<br />
girl, but also Tollund<br />
man and others), as<br />
proven by strangulation<br />
ropes. Most<br />
archaeologists think<br />
that these bodies are<br />
offerings, but this<br />
remains speculation.<br />
It is certain, however,<br />
that the peat bogs did function as places<br />
to offer. There is no other explanation<br />
for the occurrence of many pots<br />
with valuable amber beads (sometimes<br />
thousands), and Nordic bronze musical<br />
instruments (lures) which are found in<br />
pairs in the peat and which must have<br />
been extremely valuable for prehistoric<br />
man.<br />
In terms of the palaeoclimate, peat<br />
bogs suggest that past variations in the<br />
activity of the sun have been important<br />
contributing factors for climate<br />
change. This issue - “solar forcing”<br />
of climate change - is now back on<br />
the scientifi c agenda, in addition to<br />
the more generally recognised “CO 2<br />
(greenhouse) forcing”. It is obviously<br />
crucial that the role of “solar forcing”<br />
be taken into account in evaluating the<br />
anthropogenic contribution to climate<br />
change of our planet. �<br />
Selected literature<br />
M.Blaauw, B.van Geel, and J.van der<br />
Plicht, 2004. Solar forcing of climatic<br />
change during the mid-Holocene:<br />
indications from raised bogs in the Netherlands.<br />
The Holocene 14, 35-44.<br />
B.van Geel, J.van der Plicht,<br />
M.R.Kilian, E.R.Klaver,<br />
J.H.M.Kouwenberg, H.Renssen, I. Reynaud-<br />
Farrera, and H.T.Waterbolk, 1998. The<br />
sharp rise of 14 C ca. 800 cal BC: possible<br />
causes, related climatic connections<br />
and the impact on human environments.<br />
Radiocarbon 40, 535-550.<br />
R.A. Kerr, 2001. A variable sun paces<br />
millennial climate. Science 294,<br />
1431-1433.<br />
J.van der Plicht, W.A.B.van der Sanden,<br />
A.T.Aerts and H.J.Streurman, 2004.<br />
Dating Bog Bodies by 14 C-AMS. Journal<br />
of Archaeological Science 31,<br />
471-491.<br />
J.D. Haigh, 2001. Climate variability<br />
and the infl uence of the sun. Nature<br />
294, 2109-2111.<br />
J. van der Plicht<br />
Center for Isotope Research<br />
Groningen University<br />
Groningen, the Netherlands and<br />
Faculty of Archaeology<br />
Leiden University<br />
Leiden, the Netherlands<br />
e-mail: j.van.der.plicht@rug.nl<br />
Figure 6: a) Yde Girl, the bog body of a 16 year old girl found in 1897 near the village of Yde, the Netherlands. Note the woollen band used to<br />
strangle the girl, visible around her neck. b) reconstruction of the head of the Yde girl.<br />
49
Future IPS Conferences and Symposia<br />
Canadian National Committee<br />
Semi-Annual Meeting of the Canadian<br />
Sphagnum <strong>Peat</strong> Moss Association<br />
Rivière-du-Loup, Canada, 8 - 9 June 2006<br />
More info: www.peatmoss.com<br />
Dutch National Committee<br />
Annual Assembly<br />
The Netherlands, 15 June 2006<br />
More info: www.veengenootschap.nl<br />
IPS-IMCG and Ramsar CC-GAP Meetings<br />
Meripuisto, Espoo, Finland, 28 - 29 July<br />
Scientifi c Advisory Board Meeting No. 5<br />
Amsterdam, the Netherlands<br />
29 October 2006<br />
Commission II<br />
<strong>Peat</strong> in Horticulture - <strong>Peat</strong> in the<br />
Stranglehold of Interest Groups<br />
Amsterdam, the Netherlands<br />
30 October 2006<br />
More info: s.vanderhout@bureauenthoven.nl<br />
Events of related organisations<br />
25 Years Mire Protection Programme in Lower Saxony<br />
Hanover, Germany, 14 June 2006<br />
More info: www.dgmtev.de<br />
<strong>International</strong> Mire Conference<br />
Diepholz, Germany, 15 - 17 June 2006<br />
More info: www.dgmtev.de<br />
3rd Workshop and Course on Wetland Water Management<br />
Biebrza, Poland, 26 June - 2 July 2006<br />
More info: http://levis.sggw.waw.pl/wethydro<br />
18th World Congress of Soil Science<br />
Philadelphia, Pennsylvania, USA, 9 - 15 July 2006<br />
More info: www.colostate.edu/programs/IUSS/18wcss<br />
IMCG Field Symposium and General Assembly<br />
Kittilä to Tammela, Finland, 13 - 26 July 2006<br />
More info: www.imcg.net<br />
Living with Climate Variability and Change:<br />
Understanding the Uncertainties and Managing the Risks<br />
Espoo, Finland 17 - 21 July 2006<br />
More info: www.livingwithclimate.fi<br />
Academic Course in <strong>Peat</strong>land Ecology<br />
Uppsala, Sweden, 26 July - 25 August 2006<br />
http://www.ibg.uu.se/en/courses/1BL157E<br />
27th ISHS <strong>International</strong> Horticultural Congress<br />
Seoul, Korea, 10 - 18 August 2006<br />
More info: www.ishs.org<br />
5th European Conference on Ecological Restoration<br />
Land Use Changes in Europe as a Challenge for Restoration<br />
Greifswald, Germany 22 - 25 August 2006 + excursion in Poland<br />
More info: www.uni-greifswald.de/SER2006<br />
A frequently updated list of IPS events and symposia of related organisations is<br />
posted at www.peatsociety.org. To inform us about future happenings of interest<br />
for IPS members, please contact ips@peatsociety.org.<br />
50 PEATLANDS <strong>International</strong> 1/2006<br />
Executive Board Meeting No. 35<br />
Deerfi eld Beach, Florida, USA,<br />
November 2006<br />
Canadian National Committee<br />
Annual Meeting of the Canadian Sphagnum<br />
<strong>Peat</strong> Moss Association<br />
Deerfi eld Beach, Florida, USA, 8 - 12 November 2006<br />
More info: www.peatmoss.com<br />
<strong>Peat</strong>lands and Climate Change Working Group<br />
3rd Meeting, February 2007<br />
IPS Annual Assembly of National Representatives<br />
Riga, Latvia, 24 - 26 May 2007<br />
13th <strong>International</strong> <strong>Peat</strong> Congress<br />
After Wise Use - The Future of <strong>Peat</strong>lands<br />
Tullamore, Ireland, 9 - 15 June 2008<br />
14th <strong>International</strong> <strong>Peat</strong> Congress<br />
<strong>Peat</strong>lands in Balance<br />
Stockholm, Sweden, 3 - 8 June 2012<br />
Bog Snorkelling World Championship<br />
Llanwrtyd Wells, UK, 28 August 2006<br />
More info: http://llanwrtyd-wells.powys.org.uk<br />
New Challenges in the Management of Boreal Forests<br />
Umeå, Sweden, 28-30 August 2006<br />
More info: www.ibfra.org/page.cfm?page=11<br />
5th Scientifi c School Bogs and Biosphere<br />
Tomsk, Russia, 11 - 14 September 2006<br />
Please contact: sibniit@mail.tomsknet.ru, onti@tspu.edu.ru<br />
Nature and Land Management of Tropical <strong>Peat</strong>land in<br />
South East Asia<br />
Bogor, Indonesia, 20 - 21 September 2006<br />
Please contact: herbolon@indo.net.id<br />
42nd German <strong>Peat</strong> and Humus Day<br />
Bad Zwischenahn, Germany, 12 October 2006<br />
More info: www.ivg.org<br />
HortiFair 2006<br />
Amsterdam, the Netherlands, 31 October - 3 November 2006<br />
More info: www.hortifair.nl<br />
Royal Flora Ratchaphruek 2006<br />
<strong>International</strong> Horticultural Exposition for His Majesty the King<br />
Chiang Mai, Thailand, 1 November 2006 - 31 January 2007<br />
More info: www.royalfl oraexpo.com<br />
Information for Advertisers<br />
If you wish to place your advertisement in<br />
<strong>Peat</strong>lands <strong>International</strong>, please contact<br />
Susann Warnecke at the IPS Secretariat.<br />
phone: +358 14 3385 440<br />
e-mail: susann.warnecke@peatsociety.org
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