By Dr. Kumar Navulur
This post is part of a series developed by The Chicago Council on Global Affairs and Landesa to highlight the importance of securing land rights for smallholder farmers. This series is running concurrently with the World Bank’s 2014 Land and Poverty Conference taking place in Washington, DC. Follow the conversation on Twitter with hashtag #landrights.
Recent years have seen advances in satellite remote sensing technology that can be used to address land and property rights globally. Some key innovations include the ability of these remote sensing systems to collect large areas at very high pixel resolutions, sped up information delivery, and unprecedented accuracy. These innovations, coupled with the ability of the satellite systems to collect information frequently, have opened up new opportunities for efficient and economical ways to create, maintain, and update land and property databases.
Recent advantages in spectral technology, which enables capturing information in both the visible and invisible parts of the sun’s light, allows automated extraction of various information about man-made surfaces and agricultural crops, at very high accuracies. This spectral advantage of the satellites permits the creation of a consistent process for land and property management systems globally.
Satellite technology has been successfully employed in various developed nations to create and maintain urban parcel databases that are used for land administration. Satellite images can be used to delineate property boundaries, and recent studies have shown the utility of satellite imagery for nationwide agriculture cadaster map development, which can be a key part of securing land rights for people in developing countries.