Precision Agriculture to Ensure Sustainable Land Use for the Future

Abstract

Global food security is coupled with the preservation and safe use of arable land resources. Land use competition in terms of commercial land use and urbanization has imparted enormous pressure on soil resources. The arable land of the world is already shrinking due to land degradation and desertification while our efforts to ensure commercial land availability is making the current scenario even worse. Soil degradation has put millions of acres of land as devoid of sustainable use over the past few decades and research shows that situation is going to be worse day by day. Precision agriculture can not only ensure the optimal use of available land but also can increase the restoration potential of global agriculture sectors. Integrated nutrient and pest management along with zero tillage, organic farming, and vertical plantation can be visualized as insurance of land and water conservation for the future. This chapter is an effort to contribute comprehensive information regarding the role of precision farming in the restoration and optimal use of global land resources.

Impact of land use type and altitudinal gradient on topsoil organic carbon and nitrogen stocks in the semi-arid watershed of northern Ethiopia

“…The world's arable land is shrinking due to land degradation and desertification, while our efforts to ensure commercial land availability make the current scenario even worse (Farooqi et al, 2021). Land use and management influence SOC and other soil properties (Smith et al, 2016).…”