Agricultural intensification decreased land cover complexity by converting small complex
arable field geometries into large and simple structures which then were managed …

The impact of climate change on water resource availability and soil quality is more and
more emphasized under the Mediterranean basin, mostly characterized by drought and …

With the continuous development of precision agriculture, the integration of sensor
technology, control technology, and agricultural production activities has become …

Sustainable and responsible agricultural production is one of the keys to keeping people,
animals, soil, and the environment healthy. Precision seeding technologies for winter wheat …

Precision agriculture requires timely soil organic matter (SOM) detection in order to quickly
obtain SOM information before sowing commences. Aiming to improve the slow detection …

Precision seeding which exploits the variability of soil properties in the field, is one of the
most important agrotechnological solutions for smart agriculture, making it possible to …

The decision on crop population density should be a function of biotic and abiotic field
parameters and optimize the site-specific yield potential, which can be a real challenge for …

Precision farming technologies are gaining popularity as the cost of agricultural inputs (fuel,
fertiliser, etc.) increases. Proper use of soil variability can increase crop productivity and …

Management practices that aim to increase the profitability of agricultural production with
minimal environmental impact must consider within-field soil variability, and this site-specific …

The agricultural sector in the Mediterranean basin faces many challenges related to the use
of water and mineral resources for crop production and food security for an exponentially …