Feed as a factor in the development of livestock in the hilly-mountainous areas Yugoslavia, forage and hay yields, livestock feeding.1. Krmiva 23(9-10): 215-218, 1981
Adaptive feed rate control for a small combine-harvester (2). Journal of the Society of Agricultural Machinery, Japan 39(2): 157-162, 1977
Investigations into combine harvester crop characteristics in terms of agrobiology plant physiology and morphology and application of results to achieve optimum technological and technical conditions in combine harvester operation part 2 optimum combine harvester setting and immediate loss determination. Acta Agronomica Academiae Scientiarum Hungaricae 21(1-2): 200-210, 1972
Strategy for development of dairy farms in hilly and mountainous areas. Informatore Agrario 57(8): 63-68, 2001
Lessons from the Niigata Chuetsu earthquake in Japan - experience of a small medical association in hilly and mountainous areas. JMAJ Japan Medical Association Journal 48(7): 334-340, 2005
Hydrogeological approach to the regional analysis of low flow in medium and small streams of the hilly and mountainous areas of Serbia. Glasnik Sumarskog Fakulteta, Univerzitet u Beogradu 94: 9-28, 2006
The M 1302 HS combine harvester with complete balance for hilly land. Grune 9, 107(26): 22-23, 1979
Adaptive feed rate control of small combine harvester (III). Analysis of control system and simulation. Journal of the Society of Agricultural Machinery, Japan 46(2): 197-204, 1984
Feasibility of development of home-made high-efficiency and low-cost half-feed rice combine harvester at price of one hundred thousand yuan. Transactions of the Chinese Society of Agricultural Engineering 19(3): 14-17, 2003
Development and model of health education and health promotion for schistosomiasis control in mountainous and hilly endemic areas. Zhongguo Xue Xi Chong Bing Fang Zhi Za Zhi 31(3): 238-243, 2019
Rural economic benefits of land consolidation in mountainous and hilly areas of southeast China: Implications for rural development. Journal of Rural Studies 74: 142-159, 2020
Development of a land use classification method, which aims to identify agricultural land to be conserved on residents' determination in hilly and mountainous areas. Journal of Rural Planning Association (Special issue 1): 283-288, 1999
Adaptive feed control rate of small combine-harvester. 1. Digital sampled data adaptive control system. Journal of the Society of Agricultural Machinery, Japan 38(2): 191-199, 1976
Development and Implementation of an Environmentally Conscious System for Producing Cruciferous Vegetables by Small Farms in a Hilly and Mountainous Area of Western Japan. Japan Agricultural Research Quarterly Jarq 46(1): 15-25, 2012
Replaceable feed segment for the beater of a combine harvester. Official Gazette of the United States Patent and Trademark Office Patents 1282(1), 2004