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wise use of mires and peatlands - Peatland Ecology Research Group

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96 VALUES AND FUCTIONS OF MIRES AND PEATLANDS106Galambosi et al. 1998, 2000.107North American information based on materialfrom André Desrocher. European informationbased on material from Alex<strong>and</strong>r Mischenko <strong>and</strong>Tatiana Minaeva.108Page & Rieley 1998, Ali 2000.109Based on information from Piotr Ilnicki. Cf. alsoOkrusko 1996.110See also §3.4.3 (n): Regulation <strong>of</strong> regional <strong>and</strong>local climates.111Based on information provided by CharlotteMcAlister.112These original data, compiled by P. Ilnicki, arenot fully compatible with those in Table A1/1.113Dent 1986, Radjagukguk 1991, Mutalib et al.1991, Rieley 1991.114Leong & Lim 1994.115Cf. Shulan et al. 1994.116Stanton & Flach 1980.117http://www.econ.upm.edu.my/~peta/sago/sago.html118Matsumoto et al. 1998.119See for a cost-benefit analysis <strong>of</strong> sago <strong>and</strong> oilpalm cultivation on peatl<strong>and</strong>s: Kumari 1995 <strong>and</strong>http://www.econ.upm.edu.my/~peta/sago/sago.html120Rubec & Thibault 1998, Zoltai & Pollett 1983.121Lucas 1982,Stewart 1991.122Based on material from Charlotte McAlister.123www.wiscran.org/whatshta.html124Luthin 2000, Lochner 2000;www.oceanspray.com; www.cranberries.org;www.northl<strong>and</strong>cran.com; www.wiscran.org; http://omega.cc.umb.edu/~conne/marsha/cranintro.html;125www.library.wisc.edu/guides/agnic/cranberry/dnrpaper.html126www.oceanspray.com/uti_info.htm127E.g. in Estonia (www.loodus.ee/nigula/kuremari/kuremari_e.html) <strong>and</strong> the Far East <strong>of</strong> Russia(www.iscmoscow.ru/english/main/rfe_tgp/projects/sg2-03.htm). It has proved to becommercially unsuccessful in Irel<strong>and</strong> due to themildness <strong>of</strong> the climate <strong>and</strong> lack <strong>of</strong> sunshine – GMcNally).128Based on information from Juhani Päivänen.129Beca<strong>use</strong> the words ‘exploitation’ <strong>and</strong> ‘sustainable’are <strong>use</strong>d in this document with defined meanings(see Glossary) different terms to those <strong>use</strong>d inthe industry have been <strong>use</strong>d in this section.130Päivänen & Paavilainen 1996.131Changed after Päivänen & Paavilainen 1996.132Paavilainen & Päivänen 1995, Päivänen 1997.133Paavilainen & Päivänen 1995.134“Advanced growth” consists <strong>of</strong> almost maturetrees growing beneath the forest’s canopy.135http://www.na.fs.fed.us/spfo/pubs/silvics_manual/Volume_1/picea/mariana.htm.136Areas cleared <strong>of</strong> trees except for small groups <strong>of</strong>seed-bearing trees.137Strips cleared <strong>of</strong> trees. Jeglum & Kennington 1993.138Jeglum & Kennington 1993.139Anderson 1983.140Laurent 1986.141Page & Rieley 1998, 1999.142Rieley 1991, Rieley et al 1997.143Ibrahim & Hall 1991.144Lee 1991.145See also Paavilainen & Päivänen 1995.146Pyatt 1990147Kaunisto 1997, Sundström 1997148Konstantinov et al. 1999149Konstantinov et al. 1999. Vomperskij (1999)even states that half <strong>of</strong> the ca. 6 million hectaresdrained for forestry is currently re-paludifying.150Heikurainen 1980.151Pay<strong>and</strong>eh 1988.152Personal communication from V Klemetti;Annual Report <strong>of</strong> Vapo Oy 1998, p.9. J Päivänen(personal communication) states that there areno statistics dividing cutting removals betweenmineral soil <strong>and</strong> peatl<strong>and</strong>. The actual cuttingremoval from all Finnish forests in 2000 was61.5 million cubic metres, <strong>of</strong> which about 47 %was raw material suitable for sawn timber (FinnishForest <strong>Research</strong> Institute 2001, p. 153). It hasbeen estimated that the maximum sustainableremoval (million m 3 per year) for mineral soilsites is 58.3 <strong>and</strong> for peatl<strong>and</strong>s 9.7 for the period<strong>of</strong> 1996-2005. That would mean that 14.3 % <strong>of</strong>the total removal could be harvested frompeatl<strong>and</strong>s. The percentage estimated to comefrom peatl<strong>and</strong>s is estimated to increase heavilyto 24.3 % in the period 2016-2025.(Nuutinen etal. 2000).153After Paavilainen & Päivänen 1995.154Based on information provided by Tim Moore.See also Rubec & Thibault 1998.155St. Louis et al. 2000.156Pikulik et al. 2000.157Roulet 2000.158Virtanen & Hänninen 2000.159Based on information from Jan Pokorny.160Rongfen 1994.161Masyuk 2000, Pikulik et al. 2000.162Information provided by Gerry McNally.163Based, inter alia, on information from HerbertDiemont.164Butcher et al. 1995.165Radforth & Burwash 1977, Meeres 1977.166Based on information from Charlotte McAlister<strong>and</strong> Gerry McNally.167Based on information from Charlotte McAlister.See also Gorissen 1998, Baaijens et al 1982,Kar<strong>of</strong>eld 1999.168Examples: Within two military training groundsin the North <strong>of</strong> Engl<strong>and</strong> (RAF Spadeadam <strong>and</strong>Otterburn Training Area), ‘notified’ <strong>mires</strong> includea Ramsar site, Sites <strong>of</strong> Special Scientific Interest(a UK classification), National Nature Reserves<strong>and</strong> Special Areas <strong>of</strong> Conservation (a EuropeanUnion designation) covering several thous<strong>and</strong>hectares (personal communication fromCharlotte MacAlister). The most extensiveremaining largely intact bog area in CentralEurope is the Tinner Dose, since 1876 a militaryterrain (Gorissen 1998). Similarly one <strong>of</strong> the bestbog remnants in the Netherl<strong>and</strong>s, the Witterveld,is situated in a military exercise area (Baaijens et

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