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Soil moisture extraction without any restrictive layer and with good supply of plant available water A 40% Extraction Here 30% Here 20% Here 10% Root Zone Moisture- Extraction Depth - D

Soil moisture extraction without any restrictive layer and with good supply of plant available water A 40% Extraction Here 30% Here 20% Here 10% Root Zone Moisture- Extraction Depth - D

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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what do the following figures depict? Describe each of them in a paragraph 

Soil moisture extraction without any restrictive layer and with good supply of plant available water 40% Extraction Here 30% Here 20% Here 10% Root Zone Moisture- Extraction Depth - D
Transcribed Image Text:Soil moisture extraction without any restrictive layer and with good supply of plant available water 40% Extraction Here 30% Here 20% Here 10% Root Zone Moisture- Extraction Depth - D
Wilting Point Field Absolutely Moisture Content: Dry Critical Value (0.4–0.6 PAW) Сарасcity Saturated Percolation or gravity H,O Description: Hydroscopic H,O Capillary H,0 0% 100% Plant Availabie Water (PAW} Veimeyer Model 100% - 100 50% PAW Transpiration Rate: (語10) АЕТ Thornthwaite Model Commonly acceptable model Mesophytic Plant Productivity Rate: All models 0% - 0% Capillary Potential 15 bars 10.1 bar O bar (Suction): (10–50 bars) Pierce Model
Transcribed Image Text:Wilting Point Field Absolutely Moisture Content: Dry Critical Value (0.4–0.6 PAW) Сарасcity Saturated Percolation or gravity H,O Description: Hydroscopic H,O Capillary H,0 0% 100% Plant Availabie Water (PAW} Veimeyer Model 100% - 100 50% PAW Transpiration Rate: (語10) АЕТ Thornthwaite Model Commonly acceptable model Mesophytic Plant Productivity Rate: All models 0% - 0% Capillary Potential 15 bars 10.1 bar O bar (Suction): (10–50 bars) Pierce Model
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