The latest academic papers on conservation. If you have a paper that you would like to share, please get in contact with us. Click on the title to follow the link to each article. Please note that some of these articles are behind a paywall.
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- Source: Biological Conservation
- Author(s): Lily M. van Eeden et al.
- Financial tools can present a solution to conservation conflicts. However, their effectiveness may be limited unless they address the underlying drivers of conflict. The restoration of controversial megafauna can be tied to a clash of urban and rural values and rejection by rural landowners…
- Source: Resources, Conservation and Recycling
- Author(s): Xuesong Konga, Zhengzi Zhoub and Limin Jiao
- Land-use conversion from natural areas to agriculture and human settlements is causing global biodiversity loss. We proposed a human land-use disturbance index (LDI) to assess habitat loss and fragmentation in global biodiversity hotspots from 1992 to 2015…
- Source: Global Ecology and Conservation
- Author(s): Naparat Suttidate et al.
- Habitat connectivity is crucial for the conservation of species restricted to fragmented populations within human-dominated landscapes. However, identifying habitat connectivity for apex predators is challenging because trophic interactions between primary productivity and prey species influence…
- Source: Nature Ecology & Evolution
- Author(s): Nils C. Krueck et al.
- A synthesis of animal population trends around 27 no-take marine protected areas (MPAs) cautions that concentrated fishing right next to an MPA undermines population recovery within the MPA — and beyond…
- Source: Conservation Biology
- Author(s): Daniel Ovando et al.
- Marine protected areas (MPAs) cover 3–7% of the world’s ocean, and international organizations call for 30% coverage by 2030. We provide a novel assessment of the population-level effects of a large MPA network across many different species of targeted fin-fish, and our results offer…
- Source: Nature Communications
- Author(s): Gavin D. Madakumbura et al.
- The intensification of extreme precipitation under anthropogenic forcing is robustly projected by global climate models, but highly challenging to detect in the observational record. Large internal variability distorts this anthropogenic signal…