Microbiological studies on soil exhaustion caused by continuous cropping of rice in upland fields
Suzuki, T.; Matsuguchi, T.; Kubota, M.
Transactions, 10th International Congress of Soil Science, III: 150-156
1974
Accession: 000137519
ne of the main causes of soil exhaustion was the fungal flora and parasitic nematodes in the rhizosphere. A new and simple method to estimate the severity of soil exhaustion was established by growing rice in the dark and observing the wilting behaviour. This corresponded with the severity of soil exhaustion and the abundance of root-infesting fungi and nematodes.
PDF emailed within 1 workday: $29.90
Related References
Ventura, W.; Watanabe, I.; Komada, H.; Nishio, M.; Cruz, A. de la; Castillo, M. 1984: Soil sickness caused by continuous cropping of upland rice, mungbean, and other crops IRRI Research Paper Series 99: 13Anonymous 1978: Cropping systems program. Component technology development and evaluation. Soil and crop management. Continuous cropping of upland rice and other upland crops Annual report for 1977: 446-447
Nakausa, Tatsuya; Kato, Osamu; Yamazaki, M. 1959: Studies on the injury of upland rice caused by continuous cropping. III. On the cause of continuous cropping injury. Proceedings Crop Science Society Japan 27(4): 438-440
Y.yama, Hirokata 1958: Studies on methods of lowland rice culture on upland fields under irrigation I Adaptability of lowland rice varieties to the cultivation on upland fields under irrigation II Differences in the growth and physiological characteristics between lowland rice and upland rice cultivated on upland fields under irrigation Proceedings Crop Science Society Japan: 349-353
Yamada, M. 1981: Injury caused by continuous cropping of rice under upland conditions, factors and control measures Journal of the Central Agricultural Experiment Station 35: 235-265
Anonymous 1976: Upland rice cropping systems - continuous cropping of rice and other upland crops International Rice Research Institute: Philippines, IRRI: Annual report for 1975: 373-374
Umino, S.; Iizuka, S.; Nonaka, F.; Et Al. 1959: Studies on methods of lowland rice cultivation on upland fields under irrigation. I. Adaptability of lowland varieties to cultivation on upland fields under irrigation. II. Differences in the growth and physiological characteristics between lowland rice and upland rice cultivated on upland fields under irrigation. Crop Sci. Soc, Japan 27: 349-353
Umino, S.; Iizuka, S.; Nonaka, F.; Yuyama, H. 1959: Studies on methods of growing lowland rice in irrigated upland fields. I. Adaptability of lowland rice varieties to irrigated upland fields. II. Differences between lowland and upland rice in growth and physiological characteristics when grown under these conditions. Nihon Sakumotsugaku Kai Kiji (Proc. Crop Sci. Soc. Japan), 27: 349-53
Xu DeHai; Ge LeLing; Lin XianQing; Yu ShenMiao; Zhu ShuQing 1996: Studies on multiple cropping systems with high yields and returns in upland fields on red soil Acta Agriculturae Zhejiangensis 8(6): 326-329
Baishya, A.; Gogoi, B.; Hazarika, J.; Borah, M.; Bora, A.; Rajbongshi, A.; Deori, P.; Hazarika, J.; Sutradhar, P. 2015: Effect of continuous cropping and integrated nutrient management practices on soil properties and yield of rice (Oryza sativa)-rice cropping system in acid soil Indian Journal of Agronomy 60(4): 493-501
Chen, J.H.; Chen, Z.H.; Zhou, S.S. 1990: Studies on the biology and cropping system application on upland red soil in southeast China. V. Studies of a comprehensive design of planting grass and breeding livestock on the waste slope of upland red soil Acta Agriculturae Universitatis Jiangxiensis 12(2): 16-23
Umino, S., E.Al. 1959: Studies on methods of lowland rice culture on upland fields under irrigation. 2. Differences in the growth and physiological characteristics between lowland rice and upland rice cultivated on upland field under irrigation. Proc. Crop Sci. Soc. Japan 27(3): 349-53
Itano, Arao; Arakawa, S. 1929: Studies on the soils in rice-fields. 3. Microbiological analyses of soil profile in a rice-field and a dry-farm Ber Ohara Inst Landw Forsch 4(1): 55-66
Inoue, T.; Imagawa, M.; Nishiwaki, K.; Shirai, K. 1996: The effects of the continuous application of rice straw compost on the nutrient uptake of vegetables in mineral soil upland fields Research Bulletin of the Aichi-ken Agricultural Research Center 1996(28): 157-164
Tamai, T.; Jodo, S.; Takasuka, T.; Et Al. 1958: Fundamental studies on the irrigation of upland fields. VI. Some water-absorption characteristics of paddy rice cultivated in upland fields in the early season. Proc. Crop Sci. Soc. Japan 27: 261-265
Tamai, Torataro; Jodo, Shuichiro; Takasuka, Tadaatsu; Imanishi, T. 1958: Fundamental studies of irrigation of upland fields. VI. Some water absorption characteristics of paddy rice plants cultivated in upland fields in early season Proceedings Crop Science Society Japan 27(2): 261-265
Kitamura, E.; Matsushita, M.; Kino-Shita, T. 1966: Studies on an abnormal development of rice plants on paddy fields which have been used as upland fields. 2. Soil environmental conditions in relation to development of abnormalities of rice plants Bull. Chugoku agric. Exp. Stn (Ser. A), 12, 43-93
Fuhrmann, I; He, Y; Lehndorff, E; Brüggemann, N; Amelung, W; Wassmann, R; Siemens, J 2018: Nitrogen fertilizer fate after introducing maize and upland-rice into continuous paddy rice cropping systems Agriculture, Ecosystems and Environment 258: 162-171
Wang GuoFa; Lu LongQuan; Wu BaiRong; Jiang PengYan 1995: Studies on multiple cropping patterns for rice fields in the red soil area Acta Agriculturae Zhejiangensis 7(5): 343-346
Anonymous 1977: Soil fertility management: microbiological studies. Biological nitrogen fixation in rice fields International Rice Research Institute: Annual report for 1976: 232-233