Precision agriculture (PA) is a holistic, sustainable, innovative systems approach that assists
farmers in production management. Adopting PA could improve sustainable food security …

Understanding the relationship between water and production within and across
agroecosystems is essential for addressing several agricultural challenges of the 21st …

Reliable and efficient in-season nitrogen (N) status diagnosis and recommendation methods
are crucially important for the success of crop precision N management (PNM). The …

Conservation actions are urgently needed to tackle biodiversity loss in intensively managed
agricultural landscapes. Production lands are usually heterogeneous and contain low-yield …

Framed by efficiency and productivity narratives, technological innovations are conceived as
the inexorable pathway to agricultural development, obscuring the associated appropriation …

Precision coffee-growing technologies contribute to increased yield, operational efficiency,
and final product quality. In addition, they strengthen coffee growing in the global agricultural …

The current social context requires an increase in food production, improvement of its quality
characteristics and greater environmental sustainability in the management of agricultural …

Even more than 30 years after the introduction of precision farming technologies and studies
of their benefits in terms of productivity gains and environmental improvements, adoption …

Aiming to solve the problems of the poor uniformity of seed flow discharge and serious
damage of traditional straight grooved wheels to improve the performance of air-assisted …

Agricultural landscapes (rural landscapes, agrolandscapes) are territories shaped by
agricultural production. They have enabled the development of human civilizations and are …