Agriculture provides for and impacts human life in a variety of ways, from shaping how the earliest cities were built to now providing resources for the soon-to-be 8 billion people on this planet. Lately, phrases like smart agriculture and precision farming have been floating around as a way of advancing agriculture. These concepts are aided by the information provided by remote sensing technologies, some of which we will dive into in this course.
Sensors, such as those used in remote sensing for agriculture, are able to show us characteristics of plants that would otherwise be invisible to the human eye, and at a much greater scale than what would be manageable by people alone. The applications are numerous, from helping farmers identify crops experiencing water stress or damage, to estimating crop yield. On a larger scale, governments and other organizations can assess land degradation and prepare measures to deal with related problems.
These are just some examples, in this course, you will dive further into how remote sensing is used in the context of food security. The different types of biophysical parameters which exist, and how you can monitor the status of crops through the growing season. Finally, in the lesson “Commodity Mapping” you will explore what are commodities and how to recognize them, in the end creating a commodity map.
The instructors and approximate time estimate for the lessons are as follows:
- Commodity Mapping: Yaqing Gou, Anne-Juul Welsink, Johannes Reiche. Wageningen University and Research. (75 – 90 minutes)
- Crop Monitoring: Biophysical Parameters: Jan Clevers, Lammert Kooistra, Benjamin Brede. Wageningen University and Research. (90 minutes)
- Food Security: Dr. Kuria B. Thiong’o; Dedan Kimathi University of Technology. (70 minutes)
In the hands-on portion of the lessons you will:
- Commodity Mapping: Identify the commodities palm, rubber, cocoa and create a commodity map for a region in Ghana.
- Crop Monitoring: Biophysical Parameters Estimate growth parameters of potatoes throughout the growing season on a research plot in the Netherlands.
- Food Security : Learn how to support farmers in western Kenya in their decisions by monitoring crops using radar and multispectral data and compare them to ground truth data.
If you are interested in more ‘Land in Focus’ courses, check out the availability below. The courses will be available in the future and will be released sequentially towards spring of 2022. These will provide you with theoretical knowledge and real-life case studies from disaster management, to land cover change analysis all the way to food security-related issues, that you can work with using the tools of remote sensing.