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A High Dynamic Range Land Vegetation Imaging System (HDR-LVIS) is installed at the Hart Prairie Preserve near Flagstaff, Arizona, as part of a U.S. Geological Survey partnership with The Nature Conservancy. The HDR-LVIS is used to analyze how forest and meadow plants at this high-elevation site respond to a variable and changing climate. U.S. Geological Survey photograph by Dennis Dye. S at the U.S. Geological Survey are improving and developing new ground-based remote-sensing instruments and techniques to study how Earth’s vegetation responds to changing climates. Do seasonal grasslands and forests “green up” early (or late) and grow more (or less) during unusually warm years? How do changes in temperature and precipitation affect these patterns? Innovations in groundbased remote-sensing instrumentation can help us understand, assess, and mitigate the effects of climate change on vegetation and related land resources.

Improved ground-based remote-sensing systems help monitor plant response to climate and other changes