Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
25th International Congress <strong>for</strong> <strong>Conservation</strong> <strong>Biology</strong> • Auckland, New Zealand • 5-9 December 2011<br />
protect and apply science-based policies. We will discuss funding <strong>for</strong> expert<br />
witnesses, controls on misrepresentation of facts in government processes,<br />
scientific integrity procedures, and more. For example, to reveal the likely<br />
costs of legislative proposals US Budget Act of 1974 requires that be<strong>for</strong>e bills<br />
can be voted on by the full House or Senate they have to be accompanied by a<br />
budget estimate provided by the non-partisan Congressional Budget Office.<br />
Legislatures and Plenaries of Treaty Conferences could provide a process to<br />
support science in policy by requiring that the primary proposals on the<br />
agenda of a COP or in proposed authorizing legislation be accompanied by a<br />
majority (and if necessary, dissenting) analysis, citing peer-reviewed science,<br />
and by an independent published peer review of those explanations. The<br />
reviewers could be drawn, after checking <strong>for</strong> financial conflicts of interest,<br />
by the Congressional Research Service or IPBES respectively from rosters<br />
of experts provided by SCB and other professional societies. The scientific<br />
basis <strong>for</strong> the final decision could be subject to judicial or IPBES review as<br />
well.<br />
2011-12-07 15:00 International Treaties, IPBES, and Domestic Policies<br />
in Protecting and Restoring Forests (and Paying Forest Experts)<br />
John Fitzgerald*, SCB ; Jonsson Bengt-Gunnar, SCB-IPBES Task<br />
Force & MIU, Sweden;<br />
The nations of the earth have recognized in several nearly universally ratified<br />
treaties that sustaining the biological diversity and quality of <strong>for</strong>ests is<br />
necessary <strong>for</strong> sustaining life as we know it. The Convention on Biological<br />
Diversity goes even further and instructs nations that are party to it to<br />
restore degraded ecosystems. We will explore innovative ways to empower<br />
and fulfill these general obligations using the science of <strong>for</strong>est conservation<br />
and restoration through market and non-market mechanisms. In reviewing<br />
key treaty provisions and their domestic law counterparts, we will describe<br />
powerful tools to produce investment and procurement decisions that<br />
restore <strong>for</strong>ests. We will review effective policies <strong>for</strong> taxes, penalties, fines,<br />
tariffs, and embargoes that work together to restore <strong>for</strong>ests’ function and<br />
coverage and protect people at the same time. We will discuss the limited<br />
role that offsets can play. Several nations and the EU are en<strong>for</strong>cing strong<br />
laws that go beyond parks and protect certain <strong>for</strong>ests <strong>for</strong> the sake of the<br />
functions they provide even while they allow sustainable uses of those<br />
<strong>for</strong>ests. The US and the EU have banned the importation of illegally<br />
harvested wood or other <strong>for</strong>est products. The question then is, what does<br />
it mean to be legally harvested? If a permit is issued by a country that has<br />
not fulfilled its treaty obligations with respect to that tree or <strong>for</strong>est, is it a<br />
legitimate permit? What is the balance between Greenhouse Gas emissions<br />
and ecosystem sequestration that is sustainable and what kind of earth can<br />
we sustain? The IPBES and other bodies can help answer these questions in<br />
a powerful way if we adopt procedures that reject policy decisions that are<br />
neither precautionary nor based on the best <strong>available</strong> science.<br />
2011-12-06 16:42 Near real-time monitoring systems <strong>for</strong> de<strong>for</strong>estation,<br />
illegal logging, and fire<br />
John Musinsky*, <strong>Conservation</strong> International;<br />
The destruction and degradation of the world’s <strong>for</strong>ests from de<strong>for</strong>estation,<br />
illegal logging and fire has wide-ranging environmental and economic<br />
impacts, including biodiversity loss, the degradation of ecosystem services<br />
and the emission of greenhouse gases. In an ef<strong>for</strong>t to strengthen local capacity<br />
to respond to these threats, <strong>Conservation</strong> International has developed a suite<br />
of near real-time satellite monitoring systems generating daily alerts, maps<br />
and reports of <strong>for</strong>est fire, fire risk, de<strong>for</strong>estation and degradation that are<br />
used by national and sub-national government agencies, NGO’s, scientists,<br />
communities, and the media to respond to and report on threats to <strong>for</strong>est<br />
resources. Currently, the systems support more than 1000 subscribers from<br />
45 countries, focusing on Madagascar, Indonesia, Bolivia and Peru. This<br />
presentation will explore the types of innovative applications users have<br />
found <strong>for</strong> these data, challenges they’ve encountered in data acquisition and<br />
accuracy, and feedback they’ve given on the usefulness of these systems <strong>for</strong><br />
REDD+ implementation, protected areas management and improved <strong>for</strong>est<br />
governance.<br />
2011-12-07 14:20 Using systematic monitoring to evaluate and improve<br />
the management of a tiger reserve in northern Laos<br />
Johnson, Arlyne*, Wildlife <strong>Conservation</strong> <strong>Society</strong>; Vongkhamheng,<br />
Chanthavy, Wildlife <strong>Conservation</strong> <strong>Society</strong>; Saypanya, Santi, Wildlife<br />
<strong>Conservation</strong> <strong>Society</strong>; Hansel, Troy, Wildlife <strong>Conservation</strong> <strong>Society</strong>;<br />
Strindberg, Samantha, Wildlife <strong>Conservation</strong> <strong>Society</strong>;<br />
Monitoring and evaluation is a key ingredient <strong>for</strong> improving effectiveness of<br />
conservation projects. However, t<strong>here</strong> are few actual examples of how this<br />
is successfully being done as part of an adaptive management cycle. From<br />
2003-2010, we monitored tigers and their prey, key threats to their longterm<br />
survival and our management interventions in the Nam Et-Phou Louey<br />
National Protected Area; the last known site <strong>for</strong> breeding tigers in Indochina.<br />
We used monitoring results to regularly evaluate and improve management<br />
interventions through several iterations of the project cycle. A baseline survey<br />
estimating 7-24 tigers within a 3,548km2 area was used to set a population<br />
target and define a 3,000 km2 totally protected zone. Identification of the<br />
main threats, including direct killing of tigers and overhunting of prey<br />
as well as contributing factors, led us to select two interventions – law<br />
en<strong>for</strong>cement and public outreach- to reduce threats. Spatial deployment of<br />
en<strong>for</strong>cement and outreach teams was based on biological monitoring results<br />
and changes in illegal hunting and public attitudes to evaluate effectiveness<br />
of management interventions and ensured appropriate refinement over time.<br />
Several enabling conditions made successful adaptive management possible<br />
including donor-support <strong>for</strong> monitoring, mandatory venues <strong>for</strong> reporting<br />
results, technical support to design monitoring systems, mentors and longterm<br />
support to build national capacity and guide application of the results.<br />
2011-12-07 15:00 Tanzania’s national inventory of wildlife corridors<br />
Jones*, T; Caro, T; Davenport, TRB;<br />
A critical conservation goal <strong>for</strong> the United Republic of Tanzania is to maintain<br />
its remaining wildlife corridors as this is seen as vital <strong>for</strong> maintaining its<br />
globally important wildlife populations. A nationwide assessment in 2009<br />
documented 31 remaining wildlife corridors in mainland Tanzania, of<br />
which 23 (74%) were categorised as in extreme or critical condition, defined<br />
as likely to disappear within an estimated five years. Now, two years on,<br />
we review the current conservation status of these 23 corridors, as well as<br />
development of new corridor policy and legislation. We present updated<br />
in<strong>for</strong>mation from several of these corridors, including a case study in southcentral<br />
Tanzania showing that the two remaining corridors between the<br />
Udzungwa Mountains and the Selous Game Reserve, an important link<br />
between Tanzania’s major western and southern wildlife communities, have<br />
been completely blocked since 2007, with serious ecological and socioeconomic<br />
implications. Overall, our review suggests that 2009 predictions<br />
about the state of some of Tanzania’s wildlife corridors were valid. We provide<br />
recommendations <strong>for</strong> restoring connectivity, and discuss the prospects <strong>for</strong><br />
preventing further corridor losses across mainland Tanzania.<br />
2011-12-07 11:45 Disease management options <strong>for</strong> contagious cancer<br />
in Tasmanian devils<br />
Jones, M. E.*, University of Tasmania;<br />
Tasmanian devils are threatened with extinction from a novel contagious<br />
cancer. Since Devil Facial Tumour Disease was detected in 1996, species<br />
decline has exceeded 60%, with local declines of 95%. Contagious<br />
cancers, in which live tumours cells are the pathogenic agent, are rare in<br />
nature. Conditions <strong>for</strong> their emergence include low genetic diversity or<br />
immunosuppression, and intimate injurious contact. Having already lost<br />
half their genetic diversity, devils are the clearest case yet of the devastating<br />
consequences of low genetic diversity <strong>for</strong> the emergence of new diseases.<br />
Options <strong>for</strong> management of the devil and its tumour that will lead to<br />
the recovery of devil populations in the wild are limited. In the case of<br />
extinction in the wild, reintroduction could occur from an ex-situ insurance<br />
metapopulation of healthy devils managed <strong>for</strong> retention of a high level of<br />
remaining genetic diversity. Recent results indicate reduced population<br />
impacts and disease prevalence and possibly virulence as the tumour<br />
encounters a different host genetic subpopulation <strong>for</strong> the first time. Insitu<br />
management needs to be based on understanding of the evolutionary<br />
interaction between the tumour and its host. Genetic rescue, through<br />
mixing genetic subpopulations, would enhance the resilience of the species<br />
to this and future threats.<br />
78