The Center for Large Landscape Conservation announces the publication of a journal article presenting guidance on preventing another global pandemic through conservation. Co-authored by a multidisciplinary team of experts including the Center’s President Gary Tabor, the article makes a case that preventing future pandemics may come down to ecological solutions, not medical ones.
Recently, the United Nations General Assembly adopted an unprecedented resolution recognizing the critical importance of ecological connectivity worldwide. The resolution, sponsored by Kyrgyzstan and signed by 60 other countries, encourages all 193 country members to enhance habitat and species connectivity to preserve ecosystems and wildlife corridors that share borders between countries.
As people throughout the United States—and across the globe—contend with a major pandemic, we also continue to face another grave threat: climate change. One only needs to pick up a newspaper or turn on the television to learn of the most recent natural disaster to devastate a community, from forest fires and extreme drought to hurricanes and floods.
In December 2022, representatives from the Center for Large Landscape Conservation were present in Montreal, Canada when 188 countries made an historic commitment adopting the Kunming-Montreal Global Biodiversity Framework (GBF). As a main outcome of Convention on Biological Diversity’s 15th Conference of the Parties, the GBF is now the most significant agreement to date for bolstering global cooperation to conserve and restore nature. Since then, the Center has been engaging in discussions and planning across its networks of experts and institutions to best coordinate actions to support lasting conservation gains on the ground. With the importance of connectivity and landscape- and seascape-scale approaches emphasized in the GBF, it is clear that the Center has a significant role to play in its implementation.
As Operations Director, Katie plays a critical role in administrative management for the organization, with focus on supporting, improving and managing the organization’s finances, human resources, business administration, and IT. Katie Pidgeon brings a professional background in management of small businesses in both the for-profit and non-profit realms. Katie obtained a Recreation Management degree from
Many of us are familiar with Biosphere 2, the research facility created in Arizona to demonstrate the viability of closed ecological systems to support and maintain human life in outer space. However, biosphere regions are model landscapes for sustainable development through collaboration and engagement. They are places designated for their unique beauty and biodiversity, and also recognized for their value to the communities of people living there, making them ideal models for large landscape conservation. The Center for Large Landscape Conservation’s Senior Conservation Scientist Dr. Annika Keeley recently had the opportunity to attend and present at EuroMAB—an international gathering of biosphere region leaders—to discuss the critical role connectivity conservation plays in these extraordinary places.
Asia is home to many iconic wildlife species—such as Asian elephants, Bengal tigers, and Sumatran orangutans—along with some of the world’s richest biodiversity and most complex ecosystems. Yet, as Asia experiences unprecedented economic growth, the region’s natural heritage is threatened by the rapid expansion of linear infrastructure like roads, railways, and power lines. That’s why, over the last 14 months, the nonprofit Center for Large Landscape Conservation has helped USAID build a knowledge base to support Asian countries in planning wildlife-friendly linear infrastructure.
An international group of more than 25 elephant biologists and infrastructure ecologists released a report today with an urgent message: All efforts to avoid key Asian elephant habitats and their migration corridors need to be made when developing linear infrastructure like roads, railways, and canals. If this is not possible, wildlife crossings are key to providing safe passage for this endangered species. The report comes in response to an explosion of new linear infrastructure across Asia that is increasingly blocking elephant movement and leading to deadly collisions.
The ecological connectivity of marine and coastal ecosystems is essential. It requires linkages that connect our oceans’ critical habitats, species, and natural processes. These connections allow a variety of species to move and they also sustain important ecosystem functions such as fish larvae dispersal, nutrient cycling, and carbon sequestration—the ocean’s ability to capture carbon dioxide from the atmosphere to slow climate change. To inform conservation efforts that maintain, enhance, and restore ecological connectivity of the oceans, a new publication was released today titled “Marine Connectivity Conservation ‘Rules of Thumb’ for MPA and MPA Network Design.”
Evidence of a changing climate can be seen in every community and every landscape. Across the globe, communities are experiencing more frequent and extreme weather events that include drought, intense wildfire seasons, air pollution, and flooding. Alarmingly, it has been estimated that even if worldwide human emissions were to halt overnight, the earth would still be feeling the effects of climate change for years to come. For this reason, communities from rural towns to major cities are proactively preparing for the challenges ahead.
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