Browse on keywords: crop rotation economics farmer
Search results on 10/20/18
3098. Swanson, Guy. 1990. Annual production of spring wheat in Montana and the Columbia Basin. Bumper Times special edition, Jan. 31, 1990; p. 6; S. 4305 University Rd., Spokane, WA 99206.
Minimum till continuous spring wheat produced the highest net returns in a Montana study. The cost of Roundup reduced net returns in no-till, although no-till had the highest gross returns. John Rae, a WA farmer, has compared continuous no-till spring wheat with his normal winter wheat-fallow system. The continuous system has produced $350/ac more gross returns over five years in his 9" rainfall area.
11165. Beus, C., D. Granatstein, and K. Painter. 1990. Prospects for sustainable agriculture in the Palouse: farmer experiences and viewpoints.. Agr. Res. Center Bull. XB1016, Washington State Univ., Pullman.
The results of interviews with 23 farmers in the Palouse region of Washington and Idaho are summarized in chapters on crop and soil management, economics and policy considerations, and social institutional factors. Farmers were chosen for their use of alternative rotations or cropping practices. The booklet illustrates some of the successful alternative practices currently used by commercial grain farmers and the economic and social motivations and consequences.
11204. Matheson, N., B. Rusmore, J.R. Sims, M. Spengler, and E.L. Michalson. 1991. Cereal-legume cropping systems: nine farm case studies in the dryland northern plains, Canadian prairies, and intermountain Northwest.. AERO, 44 N. Last Chance Gulch, Helena, MT 59601.
The farm case studies presented in this book include details of the crop rotations, tillage, fertilization, and pest control practices used by the farms. Farms were chosen for their innovative or alternative practices. Partial budgets for each crop on each farm are presented to provide a reference point for the economic performance of alternative dryland cropping systems. Comparisons with more conventional systems are not made.