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Articles 1 - 3 of 3
Full-Text Articles in Physical and Environmental Geography
An Analysis Of The Conservation Importance Of Amazon Borderlands Using Geographic Information Systems, Ben Weinstein, David S. Salisbury, Kimberly Britt Klinker
An Analysis Of The Conservation Importance Of Amazon Borderlands Using Geographic Information Systems, Ben Weinstein, David S. Salisbury, Kimberly Britt Klinker
Geography and the Environment Poster Presentations
At 6,000,000 km2, the Amazon basin is a critical hotspot of global biodiversity. The Amazon lowland is often incorrectly portrayed as a single homogenous unit, a vast and unpopulated region (Eva & Huber 2005). In actuality, nine countries comprise the Amazon, creating a mosaic of ecological, cultural and political boundaries (Manne 2003, Maffi 2005). Our aim is to test whether these Amazonian borderlands have greater conservation significance than the Amazonian interior. The political geography has profound effects on conservation as each country designates and maintains area differently (Eva & Huber 2005). Depending on management type, protected areas shelter ecosystems from …
The Changing Contexts And Transboundary Dynamics Of Reconciling Conservation And Development In The Amazon Borderlands, David S. Salisbury, Jorge Vela Alvarado, Cloe R. Franko
The Changing Contexts And Transboundary Dynamics Of Reconciling Conservation And Development In The Amazon Borderlands, David S. Salisbury, Jorge Vela Alvarado, Cloe R. Franko
Geography and the Environment Poster Presentations
The 12,000 kilometers of international boundaries within the Amazon’s lowland rainforest biome form the axis of a borderland region shared by the nine states of Amazonia (Figure 1). These Amazon borderlands contain high concentrations of conservation units and indigenous territories to preserve the transboundary region’s rich ecological and cultural diversity (Figures 2 & 3). However, this biocultural diversity is increasingly threatened by advancing development frontiers and a growing global demand for Amazonian resources.
Combining A Dispersal Model With Network Theory To Assess Habitat Connectivity, Todd R. Lookingbill, Robert H. Gardner, Joseph R. Ferrari, Cherry E. Keller
Combining A Dispersal Model With Network Theory To Assess Habitat Connectivity, Todd R. Lookingbill, Robert H. Gardner, Joseph R. Ferrari, Cherry E. Keller
Geography and the Environment Faculty Publications
Assessing the potential for threatened species to persist and spread within fragmented landscapes requires the identification of core areas that can sustain resident populations and dispersal corridors that can link these core areas with isolated patches of remnant habitat. We developed a set of GIS tools, simulation methods, and network analysis procedures to assess potential landscape connectivity for the Delmarva fox squirrel (DFS; Sciurus niger cinereus), an endangered species inhabiting forested areas on the Delmarva Peninsula, USA. Information on the DFS’s life history and dispersal characteristics, together with data on the composition and configuration of land cover on the peninsula, …