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Sentera: High-Resolution Agricultural Drones

Sentera enhances agricultural efficiency with high-resolution drones and sensors, delivering real-time analytics for crop management. Their technology ensures 100% aerial coverage from emergence to harvest.

Description

Sentera provides an advanced suite of agricultural drones and sensors designed to optimize crop management and enhance productivity through high-resolution imagery and precise data analytics. Leveraging innovative technologies, Sentera’s offerings support the agricultural sector by enabling detailed monitoring and efficient resource management from the earliest stages of crop growth through to harvest.

High-Resolution Imaging

Sentera’s Double 4K Sensor series is a cornerstone of their technology, providing unparalleled image clarity and versatility. Available in multiple configurations, these sensors can capture RGB, NDVI, NDRE, and multispectral imagery, which are crucial for detailed crop health assessments. The Double 4K sensors are compatible with various drone models, including DJI and Sentera’s own PHX fixed-wing drone, making integration straightforward for different farming needs.

Advanced Sensor Technology

The 6X Sensors further extend Sentera’s capabilities by offering both multispectral and thermal imaging. These sensors provide critical data such as canopy cover, crop health, flowering stages, residue cover, and stand count. This technology is essential for detecting subtle variations in crop conditions that are not visible to the naked eye, allowing for timely and precise interventions.

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How women saved agricultural economics and other ideas for why diversity matters | Jill J. McCluskey

Video: How women saved agricultural economics and other ideas for why diversity matters | Jill J. McCluskey

Dr. Jill J. McCluskey, Regents Professor at Washington State University and Director of the School of Economic Science

Dr. McCluskey documents that women entered agricultural economics in significant numbers starting in the 1980s, and their ranks have increased over time. She argues that women have increased the relevance in the field of agricultural economics through their diverse interests, perspectives, and experiences. In their research, women have expanded the field's treatment of non-traditional topics such as food safety and nutrition and environmental and natural resource economics. In this sense, women saved the Agricultural Economics profession from a future as a specialty narrowly focused on agricultural production and markets. McCluskey will go on to discuss some of her own story and how it has shaped some of her thinking and research. She will present her research on dual-career couples in academia, promotional achievement of women in both Economics and Agricultural Economics, and work-life support programs.

The Daryl F. Kraft Lecture is arranged by the Department of Agribusiness and Agricultural Economics, with the support of the Solomon Sinclair Farm Management Institute, and in cooperation with the Faculty of Agricultural and Food Sciences.