The National Space Research and Development Agency (NASRDA), in collaboration with the Aerospace Information Research Institute, and the Chinese Academy of Science (AIRCAS) has begun the implementation of the Crop-Watch Nigeria Innovative Program.
The implementation of the program started with a workshop on Monday organized by NASRDA to empower participants with the skills of collecting and interpreting agricultural data in Abuja.
Part of the objectives of the program is to ensure that the zero-hunger agenda of the Sustainable Development Goals is achieved.
The program also provides access to a timely food information system, improving crop production using space science and technology.
Crop-Watch program is China’s leading agricultural monitoring system, using remote sensing and ground observation data to evaluate crop growth, yield, and related information at national and global levels.
The program is being supported by the United Nations Conference on Trade and Development (UNCTAD) and the Alliance of International Science Organisations (ANSO).
The Director-General of NASRDA, Dr Halilu Shaba, said that the Crop-Watch initiative was used to address food problems in China.
“Looking at how Crop-Watch helped China, you will know that agriculture depends so much on information for its accuracy and for full benefits.
“We agreed that we want to use the methodology so that we can provide necessary information to farmers and be able to advise the public and government on what is to be achieved.
“The whole idea is for training and customization so that it will fit into what Nigeria is doing,” he said.
Dr Adepoju Matthew, Director of, the Strategic Space Application Department, said that zero-hunger cannot be achieved without the application of space science and technology.
Matthew said, “On this Crop- Watch, when our satellite goes over the country, it gathers the information on vegetation.
“Through that, we look at various crops planted in Nigeria, we check the health of the crop, the weather condition, soil type, and more.”
Associate Prof. of AIRCAS, Miao Zhang, said that they were collaborating with NASRDA to provide capacity-building programs for the collection of data.
Zhang, also a key member of the Crop-Watch team, said the data will be used as a set and validation to prove the validity of the program and agricultural practices.
“This training will focus on data collection in support of GVG, (an agricultural information collection app) smartphone apps, which will be used for high-resolution crop mapping,” he said.
Dr. Rakiya Babamaaji, Coordinator, Crop-Watch Nigeria, recalled that they signed a 3-year Memorandum of Understanding on July 4, 2022, with AIRCAS to customize the program for Nigeria.
Babamaaji said that the platform for Nigerian Crop-Watch will be developed and everybody will have access to information on remote sensing-based information concerning agricultural monitoring.
According to her, the platform will also provide high-resolution data on land use, and land cover, also for early warning activities in the country.
“The training will help participants understand how to interpret this data and translate it to local farmers,” she said.
She mentioned that their major stakeholder is the Ministry of Agriculture and Food Security, adding that in early 2024, they will train agricultural extension workers, and NGOs on agricultural monitoring and data interpretation.
Mr. John Itodo, Deputy Director, Agric Research, Planning and Policy Coordination, Federal Ministry of Agriculture and Food Security, said the ministry has recognized the need to engage technology for precision agriculture.
Itodo said that Crop-Watch can provide robust information for forecasting and farmer’s use for agricultural processes.
“The last meeting was to see how many crops will be covered under the Crop Watch and we agreed on maize, rice, sorghum, and millet.
“For now, we will try to see how much of the crops can be covered in this monitoring and once we get it now, it will help us in data collection.
He, however, added that they were considering adopting the technology into other sub-sectors of the ministry such as livestock.
