Water uptake - Globe Thesis

Keyword [Water uptake] Result: 41 - 60 \| Page: 3 of 6
41.	Water Absorption Of Root System And Water Productivity In Spring Wheat (Triticum Aestivum) Under Different Irrigation Regimes
42.	Modeling Of Soil Water And Salt Dynamics And Its Effects On Root Water Uptake In Heihe Arid Wetland, Gansu, China
43.	Study On Field Water Transformation Using Isotopes
44.	The Effect And Mechanism Of Exogenous Silicon On Salt Resistance Of Tomato Seedlings
45.	Responses Of Sweet Sorghum To Exogenous Salicylic Acid Under Salinity Stress Condition
46.	Comparative Study On Root Water Uptake In Solanum Pimpinellifolium And Solanum Lycopersicum Under Salt Stress
47.	Studies On Mechanisms Of The Effects Of Nitrogen Supplies On Water Uptake And Photosynthetic Characteristics Of Rice Plants
48.	Mechanism Of Alfalfa(Medicago Sativa L.) Seedlings Response To Spatially Heterogeneous Salinity
49.	Water Transfer Mechanism And Simulation Of SPAC In Irrigated And Film-mulching Farmland Based On Stable Isotope
50.	The Influence Of Different Water Supplied On Root Morphology And Water Uptake Ability In Winter Wheat
51.	Effect Of Nitrogen Forms On Drought-resistance And Mechanism Of Root Aerenchyma Formation Of Rice Seedlings
52.	Transmission And Simulation Of Water And Heat In Soil-Plant System Under Drip Irrigation In Solar Greenhouse
53.	The Mechanism Of Water Absorbing And Dormancy In Cercis Chinensis Seeds
54.	Soil Water Uptake By Dwarfing Young Apple Tree Under Different Water Storage Pit Irrigation Quotas
55.	Effect Of Saline Water Irrigation On Soil Water-Salt Transport And Wheat Root Water Uptake
56.	Study On Nutrition And Water Absorption Of Muscat Hamburg Grapevine
57.	Study On Distribution Of Root And Water Uptake Model Of Grape Tree At Deep-pit Irrigation Condition In Xinjiang Hami Region
58.	Effect Of Nitrogen Forms And Water Station On The Root Aerenchyma Formation And Water Uptake Of Rice Seedlings
59.	Water Transformation Rules Of Mulched Drip Irrigation Using Isotopes In An Arid Region
60.	Analyses To The Relations Between The Driving Force For Water Uptake And Ion Absorption In Maize Roots Under Salt Stress
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