New Nature Paper on Soil Nematodes Globally
This new paper integrates data from the Wall lab and others internationally to develop a global understanding of soil nematodes.
This new paper integrates data from the Wall lab and others internationally to develop a global understanding of soil nematodes.
Extreme drought alters trophic structure belowground, releasing plant parasites from predation. But the magnitude of these effects changes spatially. Those are the main conclusions of our study published today in PNAS (Proceedings of the National Academy of Science). A press release about the study can be viewed here. These findings may have serious implications for the …
Our multi-site study on grassland nematodes and drought published in PNAS Read More »
Our work on soil biodiversity responses to Amazonian deforestation, in collaboration with Bruno Sobral & Artur Silva from UFPA (Brazil), is on the cover of Conservation Biology this month (June 2019)! Thanks to dozens of published studies on this topic we were able to generate the first data synthesis on the consequences of deforestation in the so-called …
Our work is on the cover of Conservation Biology Read More »
Diana Wall and Ashley Shaw attended the Scientific Committee on Antarctic Research Summit in June 2018 in Davos, Switzerland. They presented research on their soil biodiversity work in the McMurdo Dry Valley of Antarctica.
Our own Kaytee Ankrom became the first Wall lab member to win the prestigious VPR fellowship. Kaytee was selected after a 3-minute presentation on the importance of plant-parasitic nematodes to ecosystems under changing climate. We are proud of Kaytee’s achievement! She will have $4,000 for research and travel, and will have the opportunity to participate in …