Applications of Remote Sensing and Crop Modeling in High-Throughput Plant Phenotyping and Climate-Resilient Cropping Systems

September 2023 | 3 min., 57 sec.
by Bishnu Ghimire
Texas Tech University
​    

Audio Icon Summary Webcast Icon Study Guide IconSlide Deck Icon​​​


Summary

​This presentation shares research on identifying and assessing sustainable and profitable climate-resilient cropping systems using crop model and precision agriculture technology. Within-field cotton yield variability was predicted using DSSAT for decision support in precision agriculture, and unmanned aerial systems were used for high-throughput cotton maturity phenotyping.

About the Presenter

Bishnu GhimireBishnu Ghimire is a PhD student on the research team of Wenxuan Guo in the Department of Crop Ecophysiology and Precision Agriculture at Texas Tech University.







Contact Information:
Email: bisghimi@ttu.edu

Sponsorship

In 2020, Grow webcasts had more than 110,000 views. Help support our mission to provide comprehensive high-quality, science-based resources to and for plant health researchers and practitioners at no cost.

PDMR submission guidelines are available online.

LEARN MORE

Plant Health Progress is a peer-reviewed multidiciplinary, online journal of applied plant health.

LEARN MORE