MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture...

27
MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER USE BASED ON CROP RESPONSE TO SOIL MOISTURE STRESS by Dr. Raymond L. Anderson, Dr. Dan Yaron and Dr. Robert Young Technical Report No. 8

Transcript of MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture...

Page 1: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response

MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER USE BASED ON CROP

RESPONSE TO SOIL MOISTURE STRESS

by

Dr. Raymond L. Anderson, Dr. Dan Yaron and Dr. Robert Young

Technical Report No. 8

Page 2: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 3: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 4: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 5: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 6: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 7: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 8: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 9: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 10: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 11: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 12: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 13: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 14: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 15: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 16: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 17: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 18: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 19: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 20: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 21: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 22: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 23: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 24: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 25: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 26: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response
Page 27: MODLES DESIGNED TO EFFICIENTLY ALLOCATE IRRIGATION WATER … · tors, Other than soil moisture status, that affect crop yield. Enough has been learned, however, about crop response