Buscar recursos académicos

This study investigated whether fertilization with urea or ammonium sulfate could mitigate the growth limitations of sorghum imposed by alkaline-saline-sodic (ASS) soils. We hypothesized that the application of these nit...

Air temperature data registered from 1959 to 2020 by the Chacras de Coria meteorological station (32°59' S Lat.; 68°52' W Long.) were analyzed to characterize the site and identify trends considering the climate change...

This research examines the determinants of agricultural land prices in the Mendoza River Basin, with emphasis on the marginal contribution of irrigation water as a strategic resource in an arid context. An original geore...

Ilex paraguariensis (St. Hil.), commonly known as yerba mate, is a native plant to South America and cultivated in Argentina, Brazil and Paraguay. In Argentina, yerba mate is produced and cultivated throughout the provin...

This study evaluated animal longevity according to age at first calving of pure and triple-cross dairy cows in an establishment in Entre Ríos, Argentina. Retrospective data from 1.498 dairy cows between 2012 and 2021 we...

Perennial crops account for 10% of the world’s cultivated area. In Argentina, yerba mate is grown within complex plant communities where scandent weeds are major challenges. We conducted bimonthly vegetation censuses t...

The study determined the optimal conditions for extracting antioxidant phenols from Mutisia friesiana (Asteraceae) using ultrasound-assisted extraction. We evaluated extraction time, ethanol concentration, and solid/solv...

This study develops five predictive models based on regression trees to estimate the Effective Electrical Conductivity (CEE) of irrigation water in the Green Belt of Mendoza, Argentina. Using 468 water samples and physic...

Inter-row vegetative cover improves soil physicochemical properties and biodiversity but should not compete with main crop for water. Native grass species such as Leptochloa crinita (Lag.) P. M. Peterson & N. W. Snow, Pa...

Ascosphaera apis is the fungus that causes chalkbrood in Apis mellifera. Traditionally, its control has relied on synthetic fungicides, which can be harmful to bees and ecosystems. An alternative treatment has explored s...