ESSTE es una experiencia de tres semestres con oportunidades como pasantías y mentorías para estudiantes de cualquier licenciatura. El programa busca preparar a las próximas generaciones para enfrentarse a desafíos como sequías, incendios e inundaciones. El programa ESSTE fue creado en respuesta a la falta de oportunidades de entrenamiento y […]
Interviewed by STICH Scholar and Ecoss social media specialist Kayla Blair. Meet Vic Monsaint-Queeney, a PhD candidate in Bruce Hungate’s lab! Here, Vic studies bacteria in the soil on the San Francisco Peaks in Flagstaff, where she looks at the different types of nitrogen that these microbes consume. The research involves […]
Interviewed by STICH Scholar and Ecoss social media specialist Kayla Blair. Meet Jasmine Anenberg, a PhD student in the Bowker lab! This lab’s main job is to learn about and restore soil function to areas that have been degraded, by preventing erosion, stimulating nutrient cycling and productivity, or manipulating water […]
ESSTE is a unique, 3-semester internship and mentorship opportunity for undergraduate students to help prepare the next generation to address the challenge of increasing drought, fires, and floods. The ESSTE program is in response to an awareness that there is a lack of job training and placement in fields related […]
By the end of this century, permafrost in the rapidly warming Arctic will likely emit as much carbon dioxide and methane into the atmosphere as a large industrial nation, and potentially more than the U.S. has emitted since the start of the industrial revolution. But that’s only one possible future […]
Do dead microbes control the future of Earth’s climate? A team of researchers led by Lawrence Livermore National Laboratory (LLNL) suspects they might. Using new tools, the team can see which soil organisms are thriving and which are dying in California’s changing climate—and what happens to carbon in their cell […]
Unique soil properties in rhizosphere can affect plant growth and biogeochemical cycles of ecosystems. While rhizosphere has been widely investigated, little is known about differences in the rhizosphere effect (RE) between co-existing overstory trees and understory shrubs and herbs in forest ecosystems. In this study, we investigated REs on soil […]
Increases in fire frequency, extent, and severity are expected to strongly impact the structure and function of boreal forest ecosystems. An important function of the boreal forest is its ability to sequester and store carbon (C). Increasing disturbance from wildfires, emitting large amounts of C to the atmosphere, may create […]
In trees, large uncertainties remain in how nonstructural carbohydrates (NSCs) respond to variation in water availability in natural, intact ecosystems. Variation in NSC pools reflects temporal fluctuations in supply and demand, as well as physiological coordination across tree organs in ways that differ across species and NSC fractions (e.g., soluble […]
Boreal wildfires are increasing in intensity, extent, and frequency, potentially intensifying carbon emissions and transitioning the region from a globally significant carbon sink to a source. The productive southern boreal forests of central Canada already experience relatively high frequencies of fire, and as such may serve as an analog of […]