wue

The concept of WUE is then generated from the node of this two process.

effects of fertilizing on physiological index of leaves, yield and WUE(water using efficiency)of two winter wheat cultivars were determined.

Studies on WUE difference among crop species and cultivars are very important for efficiently using of agricultural water resources.

Biological water saving raises output and WUE with biological function which has a little input and high benefit and big potential.

Besides, the relation between WUE and irrigation water amount, effective precipitation and effective irrigation area was analyzed in detail.

Under field condition, gene location of leaf WUE was studied by substitution lines from Chinese spring and Egypt red wheat.

On the overall average, with increased irrigation yield increased, while WUE declined.

Numerical value of WUE varies with the different growth period and the different mulching treating.

As the irrigation times increases, the yield will be higher, but the WUE will be lower.

In view of yield, WUE and quality, irrigations in winter and in jointing are the best way for high-gluten wheat production.

To raise water use efficiency (WUE) of crop is a key problem in semi arid area agriculture.

According to six plants mixed results, plants with small planting density had high WUE under several water stress treatment.

The net photosynthesis rate, transpiration rate and WUE declined with the increasing of SAP dosage. 4.

According to the yield and WUE, treatments could be ranked from highest to lowest in turn as follows: ST, NT and RT.

WUE of 'Purple Carpet' was increased obviously by shading.

During pot experiment, with water stress aggravation, the E and WUE were also declined. 3.

Water use efficiency (WUE)is the research hot topic in palnt genetics.

There was significant difference of yield and WUE among varieties, with Ji 5265 the highest in yield and WUE.

A pot experiment was conducted to study the effects of root pruning on root efficiency, yield and water use efficiency(WUE) of winter wheat.

A Study of Effect of Water Deficit of Three Period During Cotton Anthesis on Canopy Apparent Photosynthesis and WUE

Effect of Different Water Retaining Agents and Their Application Rates on the Growth and WUE of Cucumber Seeding in Sand Substrate

Northeast semi-arid areas water-saving and anti-drought combined technological measure's effects on maize produce and WUE

Effects of Plastic Sheet-mulching on Ridge for Rainwater-harvesting Cultivation on WUE and Yield of Winter Wheat

Study on Diurnal Variations of WUE and Relevant Parameters for Different Cultivars of Apple Trees

Relationship between WUE of Scutellaria Baicalensis and Eco-physiological Factors in Different Water Supply

Effects on Water Consumption, Yield and WUE for the Peach in Greenhouse Under the Drip Irrigation Conditions

Effect of water stress on chlorophyll fluorescence parameters and WUE of wheat under different planting models

Effects of different irrigation methods on the production and WUE of alfalfa

Effect of irrigating patterns on the growth, nutrient uptake and WUE on the corn seedling

Effects of simulated water stress on photosynthesis rate and WUE of Fraxinus mandshurica

Effects of Conservation Tillage on Wheat's Growth, Yield and WUE

The effect of root morphological traits and spatial distribution on WUE in maize

Study on Yield and WUE of Corn Under Drip Irrigation