Piñon Pine: Studying the effects of climate change on drought tolerance
Henry Adams, a PhD student at the University of Arizona, is studying the effect of climate change and drought on Piñon Pines.
Measuring plant stress, precipitation, and evapotranspiration with METER environmental sensors can tell you when and how much to irrigate your crops, ensuring better yields and better plant health.
Plants are an integral part of every ecosystem, and breeding for drought tolerance and hardiness requires a combination of soil, meteorological, and leaf measurements to ensure the right varieties are advanced and resources are not wasted on bad selections.
Comprehensively assessing ecosystem parameters—like leaf-area index, NDVI, weather, soil moisture, stomatal conductance, and more—requires instruments you can rely on. We design robust sensors and solutions to gather environmental data year after year to support long-term research programs.
Henry Adams, a PhD student at the University of Arizona, is studying the effect of climate change and drought on Piñon Pines.
Pete Tereszkiewicz, Ph.D. candidate at the University of South Carolina, explains how wind, water, sediment interactions, and seasonal vegetation affect beach dune creation, deformation, and erosion.
Natalie Aguirre, a PhD candidate and plant physiology and chemical ecology researcher at Texas A&M University, dives into her research on pathogen infection, water stress, and how plants communicate and defend themselves.
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