In the Chinese main winter wheat growing region, wheat
growth and yield were significantly increased by artificial warming
by 2.0–2.5 ◦C, indicating that a warming in this area has
potential benefits to current wheat cultivars in China. Higher temperatures
changed the ratio of beginning/length of overwintering
causing a significant change in stem numbers. However, the high
night-time temperatures (HNT) did not have any significant effects
on crop growth and yield compared to the high day and night
temperatures (HNDT). Climate change will affect crop production
by influencing many other environmental stresses, such as
extreme heat, drought, relative humidity, rainfall intensity; and
In the Chinese main winter wheat growing region, wheatgrowth and yield were significantly increased by artificial warmingby 2.0–2.5 ◦C, indicating that a warming in this area haspotential benefits to current wheat cultivars in China. Higher temperatureschanged the ratio of beginning/length of overwinteringcausing a significant change in stem numbers. However, the highnight-time temperatures (HNT) did not have any significant effectson crop growth and yield compared to the high day and nighttemperatures (HNDT). Climate change will affect crop productionby influencing many other environmental stresses, such asextreme heat, drought, relative humidity, rainfall intensity; and
การแปล กรุณารอสักครู่..
