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Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a...

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Page 1: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 2: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 3: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 4: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 5: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 6: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation
Page 7: Chapters789 - abe-research.illinois.edu · For subsurface drainage flow through the soil, a modified form of the Hooghoudt equation is given as 8. k.de • m +4.k.m2 For subirrigation

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