Precision agriculture aims at sustainably optimizing the management of cultivated fields by
addressing the spatial variability found in crops and their environment. Spatial variability can …

Research on sustainability was ignited by the Brundtland Report and further fueled by the
recognition that sustainability is a critical challenge for the twenty-first century. The explosion …

The spatial configuration of vegetation patches in the landscape has implications for the
provision of ecosystem services, human adaptation to climate change, enhancement, or …

In order to realise the spatial equilibrium allocation of water resources in basin, a spatial
pattern analysis model on the functions of water resources economic–social–ecological …

Yield variability in space and time is a well-known phenomenon in the highland coffee
production systems of Costa Rica. Our objective was to systematically unravel variations and …

Agriculture provides many ecosystem services such as food, fiber, clean water, and
sequestration of carbon. The efficiency of such ecosystem services depends on crop …

It is an important content of environment management to accurately identify the time change
and spatial distribution of net anthropogenic nitrogen inputs (NANI) in the river basin. In …

El cultivo de banano es la actividad agrícola más importante de la economía del Urabá
antioqueño, desarrollada en 49 000 ha. El fenómeno ENSO ha afectado la producción …

Developing cropping systems able to improve overall sustainability requires socio-economic
drivers, farm features, environmental conditions and local constraints to be taken into …

To understand the effects of policy changes on organisations and compositions of cropping
systems at regional scale and their contribution to the sustainable development of regions …