Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
Abstracts available here - Society for Conservation Biology
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25th International Congress <strong>for</strong> <strong>Conservation</strong> <strong>Biology</strong> • Auckland, New Zealand • 5-9 December 2011<br />
Anishaanabe) and Hirini Moko-Mead (Te Whare Wananga o Awanuiarangi,<br />
Ngati Awa). Sharing Power as a theme, explored de-centralisation in the<br />
governance and management of bio-cultural resources. Speakers looked at<br />
how to enable indigenous peoples and local communities to have greater<br />
rights and responsibilities in governance and management of the landscapes<br />
and ecosystems they live in and near. What are some of the successful models<br />
of indigenous and community managed natural resources? How can all<br />
people better exercise their citizenship responsibilities to the environment?<br />
A New Vision <strong>for</strong> Development assumed the current capital based model<br />
has flaws that have created social and economic inequities, and lead to<br />
large scale environmental damage. Speakers tackled questions such as; what<br />
other development models exist? What are the key components of shared<br />
responsibility in conservation management and governance change necessary<br />
to ensure a sustainable future? How can local and indigenous visions of<br />
development with sustainable conservation be nurtured? This presentation<br />
will provide highlights on the outcomes of this highly successful Sharing<br />
Power Conference.<br />
2011-12-07 11:45 <strong>Conservation</strong>, sustainable use, and economic<br />
development: land owners, academia, and government working together<br />
in Mexico<br />
Medellin, RA*, Institute of Ecology, UNAM/Arizona-Sonora Desert<br />
Museum;<br />
It is now more than clear that conservation can only be achieved with the<br />
resolute support of the land owners and other stake holders. It is our duty<br />
as conservation professionals to make this a reality. Over the past 15 years,<br />
Mexico has expanded collaborative programs with land owners to engage<br />
them in biodiversity management and conservation. A program created<br />
in the Federal Government in 1995, now contains well over 15% of the<br />
Mexican territory. The UMA program (Units of Management <strong>for</strong> Wildlife<br />
<strong>Conservation</strong> <strong>for</strong> its Spanish acronym) promotes sustainable uses of wildlife<br />
(plants and animals) in areas actively protected by the land owners. This<br />
relatively new program can only make progress with the active, decisive<br />
participation of University-based biologists who provide management plans,<br />
expertise, and orientation to improve conservation. A tripod approach<br />
(government, land owners, academia) is having a significant impact in<br />
biodiversity conservation, sustainable use, and economic development.<br />
Some examples illustrate the great potential and significant impact that<br />
programs like this one can have.<br />
2011-12-08 18:30 Molecular biodiversity inventory of the ichthyofauna<br />
of the Czech Republic<br />
Mendel, J*, Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic ;<br />
Papousek, I, Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic ;<br />
Vetesník, L, Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic ;<br />
Halacka, K, Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic ;<br />
Bartonova, E, Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic<br />
; Sanda, R, National Museum, Czech Republic; Urbankova, S,<br />
Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic ; Konickova, M,<br />
Institute of Vertebrate <strong>Biology</strong>, v.v.i., Czech Republic<br />
The Czech Republic lies in the centre of Europe and from the point of<br />
view of hydrology its territory belongs to three drainage areas – those of the<br />
North Sea, Black Sea and Baltic Sea. This fact has an important influence on<br />
abundant species diversity of its ichthyofauna. The occurrence of 94 species<br />
of lampreys and fish of 13 orders and 23 families was historically confirmed<br />
<strong>here</strong> both in natural waters and fish cultures. Some of them are already extinct.<br />
Other 24 species face various levels of endangerment. The Czech-Canadian<br />
project within the iBOL initiative analyzed about 1500 individuals from<br />
about 200 locations. Using a comprehensive approach (morphology, DNA<br />
barcoding, nDNA analysis) the haplotype variability was identified and pure<br />
species from hybrids were differentiated. At least in 5 genera, higher species<br />
variability than that described in literature was identified. DNA barcodes<br />
<strong>for</strong> about 72 recent indigenous and non-indigenous species were prepared.<br />
A new reference collection of all fish species of the Czech Republic <strong>for</strong> the<br />
National Museum was assembled. Efficiency of a new identification method,<br />
S7indel diagnostics, <strong>for</strong> taxonomic and biodiversity purposes was evaluated.<br />
The study was carried out within the framework of the research project no.<br />
M200930901 supported by the Academy of Sciences of the Czech Republic<br />
and no. 206/09/P608 supported by the Grant Agency of the Czech Republic.<br />
2011-12-09 16:30 Improving the Robustness of Approaches <strong>for</strong> Setting<br />
Habitat Targets based on the Species-area Relationship: An example<br />
from the English Channel.<br />
Metcalfe, K*, Durrell Institute of <strong>Conservation</strong> and Ecology,<br />
University of Kent, Canterbury, Kent, CT2 7NR, United Kingdom;<br />
Garcia, C, The Centre <strong>for</strong> Environment, Fisheries and Aquaculture<br />
Science (Cefas), Pakefield Road, Lowestoft, NR33 0HT, United<br />
Kingdom; Foveau, A, Institut Francais de Recherche pour l’exploitation<br />
de la Mer (Ifremer), Laboratoire Resources Halieutiques, Boulognesur-Mer,<br />
France; Dauvin, JC, Universite de Caen Basse Normandie,<br />
Laboratoire Morphodynamique Continentale et Cotiere, UMR CNRS<br />
6143 M2C, 2-4 rue des Tilleuls, F-14000 Caen, France; Coggan,<br />
R, The Centre <strong>for</strong> Environment, Fisheries and Aquaculture Science<br />
(Cefas), Pakefield Road, Lowestoft, NR33 0HT, United Kingdom;<br />
Vaz, S, Institut Francais de Recherche pour l’exploitation de la Mer<br />
(Ifremer), Laboratoire Resources Halieutiques, Boulogne-sur-Mer,<br />
France; Harrop, SR, Durrell Institute of <strong>Conservation</strong> and Ecology,<br />
University of Kent, Canterbury, Kent, CT2 7NR, United Kingdom;<br />
Smith, RJ, Durrell Institute of <strong>Conservation</strong> and Ecology, University<br />
of Kent, Canterbury, Kent, CT2 7NR, United Kingdom<br />
<strong>Conservation</strong> practitioners are increasingly using approaches based on the<br />
species-area relationship to set conservation targets <strong>for</strong> terrestrial and marine<br />
habitats. Although this method is transparent and scientifically defensible,<br />
t<strong>here</strong> has been little research on how robust it is under different sampling<br />
conditions. Here we investigate how targets developed <strong>for</strong> marine habitats<br />
are influenced by changes in: (1) the number of samples used to generate<br />
estimates of species richness; (2) the non-parametric estimator used to derive<br />
estimates of species richness; and, (3) the level of habitat classification <strong>for</strong><br />
which targets are developed. We show that targets are affected by each of<br />
these factors but sample size has the greatest impact, so that targets grow by<br />
up to 40% when sample sizes are increased from 50 to 300. Nonetheless,<br />
this still remains the best approach <strong>for</strong> setting habitat targets, so we suggest<br />
practitioners can improve current practice by: (1) using the Jackknife2<br />
estimator, which like the Bootstrap estimator requires fewer samples to reach<br />
stable estimates but is less sensitive to sample size issues, and (2) developing<br />
calibration rules that can be used to increase targets <strong>for</strong> under-sampled<br />
habitat types.<br />
2011-12-07 11:15 A Greenprint <strong>for</strong> Re-building a Biodiverse Garden<br />
City: Post 2010/2011 Earthquake<br />
Meurk, C*, Landcare Research; Stewart, G, Lincoln University;<br />
Christchurch (NZ) was crippled by earthquakes in September 2010 and<br />
February 2011. Life is resilient and regeneration is occurring, neighbours<br />
helped neighbours in their shattered homes, and commercial, civil and<br />
political life responded rapidly to the emergency. Around 100 community<br />
groups <strong>for</strong>med to meet local needs and a Christchurch Earthquake Recovery<br />
Authority (with citizen representation) has been established by government<br />
to fast-track rebuilding of the city. Essential services need to be restored<br />
quickly, but configuration and quality of emergent spaces requires careful<br />
consideration and buy-in from sometimes antagonistic factions – identifying<br />
with an English Garden City image versus a nouveaux, sustainable multicity.<br />
A New Garden City must avoid building on land prone to liquefaction<br />
and sea level rise; provide wider floodplain exclusion; and make safe green<br />
space accessible to all residents. Greenspace should accommodate a greater<br />
diversity of native and non-invasive exotic species with half of large trees<br />
being indigenous to provide quality resources <strong>for</strong> native wildlife. A nested<br />
arrangement of habitat stepping stones with linkages along streams and<br />
cycleways will achieve ecological viability and a citizenry able to experience<br />
nature within walking or cycling distance of their homes. Threatened<br />
herbaceous species will find niches in lawns, walls, roofs, pathways and<br />
earthquake rubble.<br />
2011-12-08 18:30 Spider responses to grazing in an African savannah<br />
Mgobozi, M.P., Centre <strong>for</strong> Wildlife Management, Centre <strong>for</strong> Invasion<br />
<strong>Biology</strong>, University of Pretoria, South Africa; Somers, M.J.*, Centre<br />
<strong>for</strong> Wildlife Management, Centre <strong>for</strong> Invasion <strong>Biology</strong>, University<br />
of Pretoria, South Africa; Dippenaar-Schoeman, A.S., National<br />
Collection of Arachnida, Biosystematics Division, Agricultural Research<br />
110