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Kyle Davis
University of DelawareMeeting roles in:
Advancing Sustainable and Resilient Agriculture and Irrigation Through AI and Remote Sensing I Oral
Advancing Sustainable and Resilient Agriculture and Irrigation Through AI and Remote Sensing II Oral
Advancing Sustainable and Resilient Agriculture and Irrigation Through AI and Remote Sensing III Oral
Advancing Sustainable and Resilient Agriculture and Irrigation Through AI and Remote Sensing IV Poster
Assessing transitions between smallholder and commercial agriculture in Nigeria through automated field boundary segmentation
High-Resolution Global Mapping of Irrigated Areas Using Remote Sensing and Machine Learning
Assessing Economic Water Scarcity and Sustainable Irrigation Potential in Nigeria
The Role of Climate in Shaping US Cropland Shifting and Crop Switching
Global and Local Risks of Rising Water Scarcity to Food Production and Supply
Overlooked potential for Energy Transition Mineral resources and research in Above-Ground Sources.
Linkages Between Climate Extremes, Cropland Expansion, and Deforestation in Sub-Saharan Africa
The Role of Resilient Crops in Influencing Climate-Driven Deforestation in Nigeria
Observational estimates of increasing maize yield variance due to climate change
Rural labor out-migration’s impact on agriculture and the environment in the Global South
An Interface for Data Curation and Mapping of Irrigated Areas Using Active Learning
Enter Note
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