The objective of this study was to simulate the development of maize in elevated temperature scenarios at Santa Maria, RS, Brazil. The developmental cycle of maize was simulated with the Wang and Engel (WE) model with genotype-dependent coefficients for the cultivar BRS Missões. The developmental cycle was divided into vegetative phase (from emergence to silking), and reproductive phase (from silking to physiological maturity). Twelve sowing dates throughout the year were considered, resulting in emergences on the day 15 of each month all year round. Climate scenarios used were synthetic time series of 100 years of current climate and with increase in mean air temperature of +1, +2, +3, +4, and +5, with symmetric and asymmetric increases in...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
About 70% of Brazil's farm output is produced in the Cerrado region. The climate is sub-humid tropic...
Crops are subject to instabilities of climatic conditions that affect yield. Maize is very sensitive...
The objective of this work was to simulate maize leaf development in climate change scenarios at San...
The objective of this work was to simulate maize leaf development in climate change scenarios at San...
The Wang and Engel (WE) model simulates crop development considering the non-linear response of plan...
The objective of this study was to adapt a nonlinear model (Wang and Engel - WE) for simulating the ...
This study evaluates the impacts of climate change on the agricultural zoning of climatic risk in ma...
The available evidence suggests that the current increasing trend in global surface temperatures wil...
ABSTRACT: The objective of this study was to determine the maximum development rates for the phases ...
O milho (Zea mays) é considerado como uma das culturas mais importantes cultivadas mundialmente devi...
Corn is one of the most important summer crops around the world and this grain plays an important ro...
O milho (Zea mays) é considerado como uma das culturas mais importantes cultivadas mundialmente devi...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
About 70% of Brazil's farm output is produced in the Cerrado region. The climate is sub-humid tropic...
Crops are subject to instabilities of climatic conditions that affect yield. Maize is very sensitive...
The objective of this work was to simulate maize leaf development in climate change scenarios at San...
The objective of this work was to simulate maize leaf development in climate change scenarios at San...
The Wang and Engel (WE) model simulates crop development considering the non-linear response of plan...
The objective of this study was to adapt a nonlinear model (Wang and Engel - WE) for simulating the ...
This study evaluates the impacts of climate change on the agricultural zoning of climatic risk in ma...
The available evidence suggests that the current increasing trend in global surface temperatures wil...
ABSTRACT: The objective of this study was to determine the maximum development rates for the phases ...
O milho (Zea mays) é considerado como uma das culturas mais importantes cultivadas mundialmente devi...
Corn is one of the most important summer crops around the world and this grain plays an important ro...
O milho (Zea mays) é considerado como uma das culturas mais importantes cultivadas mundialmente devi...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
In recent years, maize has become one of the main alternative crops for the autumn winter growing se...
About 70% of Brazil's farm output is produced in the Cerrado region. The climate is sub-humid tropic...
Crops are subject to instabilities of climatic conditions that affect yield. Maize is very sensitive...