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Proceedings Of The Workshop Social Science Research And The Crsps, C. Milton Coughenour, John M. Yohe, Anne E. Ferguson, Jere L. Gilles, Jo Purcell
Proceedings Of The Workshop Social Science Research And The Crsps, C. Milton Coughenour, John M. Yohe, Anne E. Ferguson, Jere L. Gilles, Jo Purcell
INTSORMIL Impacts and Bulletins
Contents
Executive Summary: A New Agenda for CRSP Social Science Research - C. Milton Coughenour . . . . . . . . . . . . . . . . . . . . . . . . . . . vii
Session 1
Developing a Strategic Research Agenda David G. Cummins, Chair
Framing a Strategic Research Agenda.-John Yohe ................ 3
Social Sciences and Collaborative Research: Toward an Agenda for the Social Sciences in Agriculture -Jere Lee Gilles ............... 7
Session 2
Technology Development and Sustaining Household Food Security Kathleen DeWalt, Chair
Technology Development and Household Food Security - …
Soil Science Research Report - 1992
Soil Science Research Report - 1992
Soil Science Research Reports
Weather Data - 1992 .......... 1
Influence of Anhydrous Ammonia Band Spacing on Irrigated Corn Grain Yield and Band Persistence .......... 9
Variable Rate Nitrogen Fertilization with Furrow Irrigation - Milton Ruhter Farm .......... 17
Burlington Northern Nitrogen Management Study .......... 25
The Effects of a Urease Inhibitor on Volatile Ammonia Loss and Urea Hydrolysis on Irrigated, Ridge Till Com .......... 37
Nitrogen Fertilization of Smooth Brome .......... 43
Evaluation of Soil Testing for Nitrate-Nitrogen .......... 47
Horizontal Sampling to Assess Agrichemical Movement .......... 55
Water Movement in Soils and Porous Media .......... 57
A Natural Gradient Transport Study of …
Jasmonate, Genes, And Fragrant Signals, Paul E. Staswick
Jasmonate, Genes, And Fragrant Signals, Paul E. Staswick
Department of Agronomy and Horticulture: Faculty Publications
Although first recognized for its growth-inhibiting activity about 20 years ago, JA2 and its fragrant methyl ester MeJA (referred to here collectively as jasmonate) are receiving renewed interest as potentially important signaling molecules in plants. This is because jasmonate markedly increases the expression of specific plant genes, some of which are wound responsive. Similarities with fatty acid-derived stress signaling molecules in animals (1) make jasmonate of general biological interest.