Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
25th International Congress <strong>for</strong> <strong>Conservation</strong> <strong>Biology</strong> • Auckland, New Zealand • 5-9 December 2011<br />
concepts and practice are key to enhancing the leadership capacity of our<br />
field. We focus <strong>here</strong> on approaches <strong>for</strong> recruiting and training conservation<br />
leaders at the undergraduate level. First, we present survey data on factors<br />
that draw undergraduates into conservation science and motivate them<br />
to remain engaged. We also look at how students’ views on conservation<br />
change over the course of their education. Next, we present techniques <strong>for</strong><br />
incorporating leadership training into undergraduate science education<br />
and data on how these techniques influence students’ enthusiasm <strong>for</strong><br />
conservation as a potential career. Our results yield insights into how, as<br />
educators, we can encourage students’ natural affinity <strong>for</strong> conservation<br />
while providing them with tools to be effective leaders. Our hope is that,<br />
by understanding what motivates students to enter and remain engaged in<br />
conservation, understanding the pitfalls that impede students’ pursuit of<br />
conservation as a career, and by developing our own capacity as educators<br />
to train students in leadership, we can best facilitate the development of a<br />
new generation of conservation leaders ready to hit the ground running as<br />
they exit the university system.<br />
2011-12-08 11:15 The value of fragments: extending park boundaries,<br />
dwindling resources, or sourcing crop raiders?<br />
Ryan, Sadie*, SUNY-ESF; Hartter, Joel, University of New<br />
Hampshire;<br />
Kibale National Park in western Uganda represents one of the last pieces of<br />
intact East African mid-altitude <strong>for</strong>est. Located in the Albertine Rift, it is in<br />
the top five of the list <strong>for</strong> poverty and conservation conflict in the 31 world<br />
biodiversity hotspots, and land surrounding the park is in high demand <strong>for</strong><br />
small-scale agriculture. Despite this, the park boundary has remained stable<br />
since its establishment, and <strong>for</strong>est within the park is stable, with previously<br />
logged areas reverting to older <strong>for</strong>est. However, the surrounding landscape<br />
has become steadily more fragmented, with both <strong>for</strong>est and wetland patches<br />
being used and converted. In this work we combine results from social<br />
survey data, remote sensing and conservation ecology to create a wholelandscape<br />
approach <strong>for</strong> describing the juxtaposition of resource scarcity and<br />
damage to local farms by wildlife, and what this means <strong>for</strong> the future of<br />
the park and the neighboring communities. We suggest that the continued<br />
stability of this park, and the goals of preservation and conservation in this<br />
biodiversity hotspot are inextricably tied to the perceived and actual food<br />
and resource security of the communities surrounding the park.<br />
2011-12-06 16:30 Identification of hotspots of genetic diversity:<br />
Overlaying multiple phylogeographic in<strong>for</strong>mation of endangered<br />
wetland plants in central Honshu Island, Japan<br />
Saeki, I*, Yokohama National University; Koike, F, Yokohama<br />
National University; Murakami, N, Tokyo Metropolitan University;<br />
The concept of “hot spots” is often a key issue in conservation of biological<br />
diversity. Its application, however, rarely targets genetic-level diversity<br />
although such diversity is directly linked to evolution, migration history,<br />
and future extinction of species. We determined hotspots of genetic<br />
diversity by overlaying multiple phylogeographic in<strong>for</strong>mation of the six<br />
endangered plants, which grow in discrete wetland ecosystems of central<br />
Honshu Island, Japan. Leaf samples were collected at 58 wetland sites, and<br />
one to six non-coding regions of chloroplast DNA were sequenced. For<br />
each species, 3 to 15 haplotypes were identified. The average haplotype<br />
diversity was high (0.75 per species) although most species have small<br />
geographic ranges. Based on the haplotype data, we calculated probability<br />
of occurrence of rare haplotypes per site, created interpolation maps by<br />
GIS, and overlaid them to make an integrated hotspot map. Two hotspots<br />
were identified: Atsumi Peninsula and Tono District. The <strong>for</strong>mer is located<br />
near southern coastal margin, and thus rare haplotypes have likely remained<br />
by geographic isolation and perhaps with relatively warm climate during<br />
the glaciated time. The Tono District is a highly-elevated inland area w<strong>here</strong><br />
relatively large wetlands still remained. This method, as indicated by our<br />
results, can be applied in planning preserves which focus on conservation<br />
of genetic diversity.<br />
2011-12-09 11:15 Prioritising conservation areas using species<br />
surrogate measures: consistent with ecological theory?<br />
Saetersdal,M*, Norwegian Forest and Landscape Institute; Gjerde,I,<br />
Norwegian Forest and Landscape Institute;<br />
Surrogate species measures of biodiversity (SSB) are used worldwide in<br />
conservation prioritisations. We address the important question if the ideas<br />
behind SSB are consistent with current knowledge on distribution patterns<br />
of species, as reflected in theories of community assembly. We investigated<br />
if assumptions necessary <strong>for</strong> successful functioning of SSB (nested species<br />
assemblages, cross taxon congruence, spatio-temporal consistency) were<br />
supported by predictions from either niche or neutral community models.<br />
We found a general mismatch between ideas behind SSB and ecological<br />
community theory, except that SSB based on complementarity may be<br />
consistent with niche-based theory when gradients in species composition<br />
are strong. The lack of a necessary scientific foundation may explain the<br />
disappointing results of empirical tests of SSB. We argue that site selection<br />
should be based on costs and opportunities within complementary<br />
environmental/land units, rather than expensive inventories of unfounded<br />
surrogate species.<br />
2011-12-06 14:20 Analysis of Food and Feeding Aiding <strong>Conservation</strong><br />
of Asian Elephant in Manas National Park, Assam, India<br />
Saikia, B.P.*, Centre <strong>for</strong> Animal Ecology and Wildlife <strong>Biology</strong>,<br />
Department of Zoology, Gauhati University, Assam,India;<br />
The present study was done on the food and feeding patterns of Asian<br />
elephant in Manas National Park (MNP), Assam. In MNP in<strong>for</strong>mation<br />
on food plants was gat<strong>here</strong>d by direct observation on feeding-behaviour,<br />
patterns ( Browzing or Grazing ). Dawn to dusk scan animal sampling, Ad.<br />
Libitum sampling along with seasonal variation of time spent on feeding<br />
different food plants species were done to record staple food, food selectivity,<br />
dietary spectrum of Asian elephant . Study showed that elephant grazed<br />
mostly, followed by browsing and debarking and selects 38 plants species<br />
as food throughout the year constituting maximum portions of annual diet<br />
budget in MNP. Among these 38 plant species, most were grasses. They<br />
selected tree followed by shrub and herb as staple food respectively. The<br />
study showed that up to the level of 10 top ranking food plant species<br />
constituted major portion annual diet of Asian elephant. These has been<br />
seen that in MNP, area w<strong>here</strong> the grass extraction, cattle grazing is more<br />
the near by fringe village receives maximum human-elephant conflict.<br />
Hence the management and abundance of grass is essential <strong>for</strong> conservation<br />
and authority of MNP practicing grassland management which results<br />
increasing number of Asian elephant in MNP.<br />
2011-12-08 11:45 New Per<strong>for</strong>mance Measures <strong>for</strong> US State Fish and<br />
Wildlife Agencies Lead to Archetypal Effectiveness Measures <strong>for</strong> All<br />
<strong>Conservation</strong> Actions<br />
Salafsky, N*, Foundations of Success;<br />
The US State Wildlife Grants program is a major vehicle <strong>for</strong> funding<br />
implementation of Congressionally-mandated State Wildlife Action Plans<br />
across 56 US States and Territories. In this era of increasing budget scrutiny,<br />
it is imperative that State Fish and Wildlife Agencies demonstrate shortterm<br />
per<strong>for</strong>mance to decision makers even though it may take decades<br />
to achieve results <strong>for</strong> even a single species. To this end, the Association<br />
of Fish and Wildlife Agencies convened a working group that used the<br />
<strong>Conservation</strong> Measures Partnership’s Open Standards <strong>for</strong> the Practice<br />
of <strong>Conservation</strong> to develop a set of generic results chains, intermediate<br />
and long-term objectives, and per<strong>for</strong>mance measures <strong>for</strong> 13 of the most<br />
common actions funded by State Wildlife Grants. These measures were<br />
then extensively pilot-tested and reviewed and are now being rolled out as<br />
part of Wildlife TRACS, an in<strong>for</strong>mation system being developed by the US<br />
Fish and Wildlife Service. This work provides a real-world example of how<br />
government and other funding agencies can develop practical per<strong>for</strong>mance<br />
measures <strong>for</strong> conservation work. More importantly, it is also the foundation<br />
<strong>for</strong> a global initiative to develop a library of archetypal results chains and<br />
effectiveness measures <strong>for</strong> all conservation actions that can be the basis <strong>for</strong><br />
true cross-project learning and collaboration.<br />
2011-12-06 10:30 Animal behavior in conservation: are we stalled?<br />
Saltz D*, Ben Gurion University;<br />
The behavior of animals enhances their ability to cope with a constantly<br />
changing environment (including the presence of other animals). As<br />
such, behavior is no different than any other components of biodiversity<br />
(e.g. genetic), and the ability of an organism to track environmental<br />
changes behaviorally is one of the elements contributing to the viability<br />
of populations. Thus, the importance of animal behavior in conservation<br />
145