environmental science research for everyone
When a volcano erupts, what happens to plants growing nearby? Some are buried by volcanic tephra, dust and rocks thrown into the air by the volcano. Amazingly, newly published results suggest that this might not kill the plant community under the debris.
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Habitat loss and overhunting decimated local elk populations in the 1800s. Now, researchers are finding new ways to return them to their native land.
Read moreWang, X., M. Dallimer, C.E. Scott, W. Shi, J. Gao. (2020). Tree species richness and diversity predicts the magnitude of
Read moreCanine Distemper Virus, commonly found in domesticated dogs, in increasingly common in Amur tigers, which are the least numerous of the major tiger subspecies. Recent research challenges long-held ideas about CDV transmission, and present new strategies to counteract CDVs deadly effects on endangered Amur tigers.
Read moreI’ll never forget the first time that I stepped into a herbarium. Picture a room full of towering metal cabinets. Inside, there are thousands of pressed plants carefully glued onto special paper upon which thoughtfully recorded field notes describe the plant’s habitat, location, life stage, and more. At a moment’s notice I can still recall the unique smell of preserved plants, reminiscent of the comforting scent that lofts when ruffling the pages of an old book. In those days, as a budding botanist, I never questioned the immense value of these collections. Then, when I learned that one herbarium in seven has closed in the last twenty-five years (Deng 2015), I realized that we simply aren’t talking enough about all the unique ways that old plants can fuel modern science.
Read moreLearning about lichens, and their contribution to biodiversity and ecosystem function.
Read moreAuthor: Samantha E Andres Source: Calvo, Paco, et al. “Plants are intelligent, here’s how.” Annals of Botany 125.1 (2020): 11-28. What is
Read moreInvasive predators can have major impacts on native prey species. Eradication, if possible, can help native species rebound, but many invasion scenarios are complex and include multiple invasive predators. How do we decide which species to target first? While such decisions can be difficult, recent theoretical work has shed light on the most effective strategies.
Read moreWhat comes to mind when you think of human and wildlife conflict? One major source of conflict is predation of livestock by wild carnivores. Livestock management strategies can help lessen conflict by reducing predation events, but those strategies must be based on sound ecological concepts to be most effective.
Read moreGlobal ocean temperatures are currently rising and have been for decades. Scientists are working to discover how this changing climate affects species around the world, from the very large to the very small. This includes phytoplankton, the microscopic marine algae that live in most bodies of water around the globe and produce half the world’s oxygen. But some of these species are toxic, and can cause harm to human and wildlife alike if they are able to grow out of control. Though a number of studies have been undertaken to try and understand more about these harmful algal blooms, much is still unknown about their growth. A group of scientists were interested in how changing ocean temperatures affected the geographic ranges of harmful algal blooms over time in order to better predict blooms in the future.
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