Journal article
Correlating the plant height of wheat with aboveground biomass and crop yield using drone imagery and crop surface model, a case study from Nepal
US Panday, N Shrestha, S Maharjan, AK Pratihast, undefined Shahnawaz, KL Shrestha, J Aryal
Drones | MDPI | Published : 2020
Abstract
Food security is one of the burning issues in the 21st century, as a tremendous population growth over recent decades has increased demand for food production systems. However, agricultural production is constrained by the limited availability of arable land resources, whereas a significant part of these is already degraded due to overexploitation. In order to get optimum output from the available land resources, it is of prime importance that crops are monitored, analyzed, and mapped at various stages of growth so that the areas having underdeveloped/unhealthy plants can be treated appropriately as and when required. This type of monitoring can be performed using ultra-high-resolution earth..
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Funding Acknowledgements
This project is funded by the University Grant Commission (UGC) Nepal under the Faculty Research Grant (Grant code: FRG-73/74-Engg-01). The field support was provided by The International Maize and Wheat Improvement Center (CIMMYT), Nepal office.