Keenan Ganz Sponsored by the @nasa earth science division and held in partnership with esip, spark@agu enables scientists to showcase their professional and personal interests through fast moving, creative. An open database for accessing, contributing and visualizing remote sensing based tree mortality data.
Keenan Ganz 2022 Future Rivers I am a phd candidate in the remote sensing and geospatial analysis laboratory. i use machine learning to forecast where trees are most likely to die of drought or insect attack. prior to uw, i studied plant physiology at oak ridge national laboratory. Ganz and his colleagues examined how evergreen forests in minnesota respond to drought. trees and plants move water through their bodies in a continuous cycle, and during the day this water travels upward from the soil into their canopies. At first glance, a dead tree might seem to be little more than a barren, crumbling log. but look closer. beneath the splintering bark, the wood is teeming with life. Independent research project assessing plant community health, foliar characteristics and plant water status across forested climate manipulation plots in the spruce experiment. utilized aerial.
Keenan Ganz University Of Washington Linkedin At first glance, a dead tree might seem to be little more than a barren, crumbling log. but look closer. beneath the splintering bark, the wood is teeming with life. Independent research project assessing plant community health, foliar characteristics and plant water status across forested climate manipulation plots in the spruce experiment. utilized aerial. Hi, i’m keenan. i’m a graduate student in the remote sensing and geospatial analysis laboratory at the university of washington. here, i use satellites and laser scanners to study the temperature of forest canopies. i write lots of code, especially in r and google earth engine. This presentation will examine our ability to forecast drought and insect induced tree mortality from remote sensing products, evaluate the role of autocorrelation in this phenomenon, and chart. These haunting landscapes, with their unmistakable gray, barren tree trunks rising like sentinels, offer one of the most startling and recognizable signals of a changing climate. Some of them arrive on deadwood via floating or insect borne spores, while others grow toward it as branching strands called hyphae. some even lie dormant in living trees, waiting for them to become stressed or die.
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