Maize water requirement
WebConclusions. Modelled annual irrigation water use using historical climate data was highest for the perennial pasture (9.1ML per hectare) and lucerne (8.7ML per hectare), … WebThe range of temperature for maize growth is from 9° to 46°C with optimum around 34°C. Thus, all these values maximum, minimum and optimum are 4° to 6°C higher than those …
Maize water requirement
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Web1 jan. 2016 · Total water requirement for maize in c urrent condition about 326 6 million cubic meters will b e about 3957 under RCP8.5 in the 20 71 – 2100 time series. It is … Web1 nov. 2024 · Water requirement of maize was investigated at four stages of growth by data mining algorithms. • CART and C5.0 algorithms were used to predict water …
WebThe constant horizontal yellow line is the water requirement of 120-day maize. Furthermore, we break down the total rainfall received to rainfall received in each of 4 … WebAs indicated earlier, maize crop flourishes well on well drained soils. Waterlogging should be avoided, particularly, during flowering and grain development. Waterlogging at flowering …
Web3 sep. 2024 · Maize water requirement was calculated with the CROPWAT8.0 for Windows computer program, it was designed for the calculation of ETc from existing climate, crop, … Web17 sep. 2011 · To ensure uniformity of germination must irrigated with soil moisture of 90-95% of field capacity to a depth between 25 and 30 cm., at other stages were irrigated to …
A fully grown maize crop will need more water than a maize crop which has just been planted. As has been discussed before, the crop water need or crop evapotranspiration consists of transpiration by the plant and evaporation from the soil and plant surface. When the plants are very small the … Meer weergeven A certain crop grown in a sunny and hot climate needs per day more water than the same crop grown in a cloudy and cooler climate. There … Meer weergeven In the previous sections it has been explained on which factors - the climate, the crop type and the growth stage - the crop water need depends. To calculate the water needs … Meer weergeven The influence of the crop type on the crop water need is important in two ways: While, for example, the daily water need of melons may be less than the daily water need of peas, theseasonal water needof melons will be … Meer weergeven
Web5 apr. 2024 · Maize is a direct staple food for millions of individuals and, through indirect consumption as a feed crop, is an essential component of global food security. In maize, … computer desk wall mountWebMaize has the highest water requirement (up to 6 mm per m² and day) from plume emergence to milk development. Through tilling, Variety selection, plant density, sowing … eckhard kirsch youtubeWeb30 okt. 2024 · Maps showed that the cumulative maize water requirement in the studied area is 345.16–383.99 mm. The resulted maize water requirement in the different … computer desk used ebayWeb11 dec. 2024 · The water requirements of winter wheat and summer maize were most sensitive to wind speed, and were less sensitive to the minimum temperature and … computer desk walmart at storeWebPerson as author : Pontier, L. In : Methodology of plant eco-physiology: proceedings of the Montpellier Symposium, p. 77-82, illus. Language : French Year of publication : 1965. book part. METHODOLOGY OF PLANT ECO-PHYSIOLOGY Proceedings of the Montpellier Symposium Edited by F. E. ECKARDT MÉTHODOLOGIE DE L'ÉCO- PHYSIOLOGIE … eckhard hessWeb11 apr. 2024 · The results showed that wheat yield at 2024.11.30 with numerical values of 1.52 in SEBAL method and 1.09 mm/day in SEBS method had the lowest and lentil product at 2013.7.3 with numerical values of 7.86 and 8.14 mm/day had the highest water requirement among the studied products. eckhard hess scientific american pupilsWeb11 dec. 2024 · The water requirements of winter wheat and summer maize were most sensitive to wind speed, and were less sensitive to the minimum temperature and relative humidity. Wind speed was the leading factor of crop water requirement variation with the highest contribution rate of 116.26% among the considered meteorological factors. eckhard jankowsky google scholar citations