CBSG Mexico designed and facilitated a process to create the basis for a National Conservation Action Plan for the blue-billed curassow.
CBSG used the IUCN SSC Guidelines on the Use of Ex Situ Management for Species Conservation to guide a planning workshop for threatened prairie butterflies in the US and Canada.
CBSG facilitated a process where stakeholders developed an Action Plan to guide the international conservation medicine management and research community in making positive health contributions to wildlife conservation in the Galápagos.
CBSG facilitated a three-day summit that resulted in a conservation plan for greater bilbies, which has already led to important actions and outcomes.
CBSG's population viability analysis (PVA) revealed that Indian rhinos in the state of Assam are at high risk of extinction due to the threat of poaching.
CBSG facilitated and provided population modeling support at an international workshop for Hainan gibbons, which are some of the most endangered primates in the world.
The Takahë Recovery Group invited CBSG to collaborate on developing a plan for the management of remaining takahë as two distinct meta-populations: one focused on the northern islands and the other on southern areas.
CBSG Mesoamerica facilitated a Red Listing workshop for Costa Rican herpetofauna. The workshop was a culmination of the long-standing and ongoing partnership between CBSG Mesoamerica and the Costa Rican herpetologist community.
Between 2010-2013, CBSG facilitated a series of workshops for the red panda throughout its range and across the in situ - ex situ spectrum. In addition to conservation plans resulting from each workshop, an indirect result of this effort is that the stakeholder-inclusive workshops highlighted that the species is more threatened than previously thought.
CBSG was invited to facilitate a planning workshop to develop a vision for Rotoroa Island's restoration that might challenge current ways of thinking about wildlife management.
CBSG facilitated a workshop to formulate a strategy for the genetic and demographic management of captive southern corroboree frogs, releases from which are currently sustaining the species in the wild.
Participants explored the dynamics of yellow fever outbreaks and their impact on howler mortality using software for population viability analysis (Vortex) and disease epidemiology (Outbreak).
The PHVA for Sage Grouse successfully integrated a wide diversity of stakeholders—from wildlife managers and field researchers to local landowners and representatives of the energy industry—to evaluate and recommend both ex situ and in situ conservation management techniques.
The rapid success of this program is helping to shape the government’s positive view of ex situ conservation, and CBSG is now working with the provincial government to prioritize ex situ conservation needs of all South African invertebrates.
The model results from the workshop are being used to directly inform decision making to conserve Australian populations of these small marsupials.
CBSG created detailed demographic simulation models using the population viability analysis (PVA) toolVortex. These models revealed the critical importance of adult survivorship to long-term species viability.
Population models are often created for a single species. However, this situation—shiny cowbird reproductive behavior adversely affecting yellow-shouldered blackbirds—posed a unique challenge for CBSG modelers to model two species instead of just one.
The PHVA generated information about wild turtle populations and led to recommended conservation actions that were incorporated into turtle conservation programs in Mexico and informed similar efforts in Guatemala.