Agriculture’s future in Nebraska and globally will depend in great part on efficient water use. A research paper by University of Nebraska-Lincoln scientists points to an innovative irrigation approach that offers promise to decrease water.
In an article published in the journal Remote Sensing of Environment, researchers combined airborne solar-induced chlorophyll fluorescence SIF data with simultaneous 'ground truth' data collected by mobile and stationary platforms in a soybean field in Nebraska, USA.
LINCOLN, Neb. Agriculture’s future in Nebraska and globally will depend in great part on efficient water use. A research paper by University of Nebraska-Lincoln scientists points to an innovative irrigation approach that offers promise…