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Filtering by: Creator Slotta, Larry S. Degree Level Doctoral Subject Plant-water relationships

Physiological and yield responses of snap beans (Phaseolus vulgaris) to water availability

Creator:

Biuk, Abdulmajid Ahmed

Resource Type:

Dissertation

Full Text:

an average value of solute potential at full turgor (T ) of s,100 -5.39 + 0.34 and -6.72 ± 1.33 bars
Physiological effects of water stress on young corn plants

Creator:

Barlow, Edward William Ross

Abstract:

Laboratory experiments were used to investigate the mechanism of plant response to water stress by determining the sensitivity of leaf elongation, photosynthesis and transpiration in young corn plants to a decrease in leaf water potential. In initial experiments, 9 day old corn plants were grown at soil water potentials of...

Resource Type:

Dissertation

Full Text:

and guidance so generously given by Dr. Larry Boersma throughout my graduate studies at Oregon State
Measurement and interpretation of physical properties of soils

Creator:

Nagpal, Narender Kumar, 1942-

Abstract:

One of many important physical properties that must be known to understand transport phenomena in soils is pore size distribution. Presently the pore size distributions of soils are most commonly obtained from soil water characteristic curves. The soil water characteristic curves are usually obtained by the pressure plate technique. It...

Resource Type:

Dissertation

Full Text:

OF SOILS Abstract approved: Redacted for Privacy Larry Boersma One of many important physical
Physiological and yield responses of meadowfoam to water stress and nitrogen fertilization

Creator:

Pearson, Calvin H.

Resource Type:

Dissertation

Full Text:

: Dr. Dale N. Moss, Crop Science; Dr. Larry Boersma, Soil Science; Dr. Pat Breen, Horticulture; and
Water relations of 'Olympus' strawberry and the growth response to drip irrigation and polyethylene mulch

Creator:

Renquist, A. Richard

Resource Type:

Dissertation

Full Text:

s ) in the growth chamber also affected stomata directly, reduc- ing K compared to field