Soil Physics with Python
-10%
portes grátis
Soil Physics with Python
Transport in the Soil-Plant-Atmosphere System
Tomei, Fausto; Bittelli, Marco; Campbell, Gaylon S.
Oxford University Press
02/2020
460
Mole
Inglês
9780198854791
15 a 20 dias
848
Descrição não disponível.
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
1: Introduction
2: Basic physical properties of soil
3: Soil gas phase and gas diffusion
4: Soil temperature and heat flow
5: Soil liquid phase and soil-water interactions
6: Steady state water flow and hydraulic conductivity
7: Variation in soil properties
8: Transient water flow
9: Triangulated irregular network
10: Water flow in three dimensions
11: Evaporation
12: Modeling coupled transport
13: Solute transport in soils
14: Transpiration and plant-water relations
15: Atmospheric boundary conditions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
