Japanese traditional rice production technique features “sparse seeding, long cultivation, scattered planting and limited transplanting”, and scientific rice production methods of deep plowing, fertilization, weeding, irrigation and drainage are employed. This technique has reversed the common practice of “dense seeding and planting” in rice paddies and changed the history of growing rice spikes purely out of stems, thus enabling stable and high yields of several tillering grain crops including rice. The technique can provide a useful reference for developing modern rice production in warm areas
Attaining reasonably high levels of food self-sufficiency rate within a country is important not onl...
Rice forage systems can increase the land use efficiency in paddy fields, improve the self-sufficien...
The world practice of rice cultivation has shown that rice cultivation by traditional methods for Ru...
In this study, we examined the change of rice cultivation in consideration of the global warming. I...
This study aimed to clarify the effects of water storage-type deep irrigation (WSDI) on the yields o...
Historical changes in planting area, yield improvements, and production of both paddy and upland ric...
In this paper, after clarifying the limitations of traditional rice farming technology in terms of a...
Recently, more Japanese sites are being registered as World Heritage sites; awareness of landscape c...
Erect panicle rice cultivars utilize solar energy effectively and have improved ecological growing c...
According to long-term studies of the influence of rice cultivation show that meadow-black soil, mea...
The annual rate of rice yield increase in the world declined from 2.7 % in the 1980s to 1.1 % in the...
Abstract Koshihikari, a Japanese short-grain rice cultivar, was developed in 1956, more than 60 year...
Since 1970, rice farming in Hokkaido has been reorganized. The objective of this paper is to point o...
We developed a new direct hill seeding method, paper-mulched direct seeding (PMDS). In this method, ...
本研究の一部は, 近畿大学研究助成金を受けて行なった。This experiment was conducted on paddy field of the Agricultural Experime...
Attaining reasonably high levels of food self-sufficiency rate within a country is important not onl...
Rice forage systems can increase the land use efficiency in paddy fields, improve the self-sufficien...
The world practice of rice cultivation has shown that rice cultivation by traditional methods for Ru...
In this study, we examined the change of rice cultivation in consideration of the global warming. I...
This study aimed to clarify the effects of water storage-type deep irrigation (WSDI) on the yields o...
Historical changes in planting area, yield improvements, and production of both paddy and upland ric...
In this paper, after clarifying the limitations of traditional rice farming technology in terms of a...
Recently, more Japanese sites are being registered as World Heritage sites; awareness of landscape c...
Erect panicle rice cultivars utilize solar energy effectively and have improved ecological growing c...
According to long-term studies of the influence of rice cultivation show that meadow-black soil, mea...
The annual rate of rice yield increase in the world declined from 2.7 % in the 1980s to 1.1 % in the...
Abstract Koshihikari, a Japanese short-grain rice cultivar, was developed in 1956, more than 60 year...
Since 1970, rice farming in Hokkaido has been reorganized. The objective of this paper is to point o...
We developed a new direct hill seeding method, paper-mulched direct seeding (PMDS). In this method, ...
本研究の一部は, 近畿大学研究助成金を受けて行なった。This experiment was conducted on paddy field of the Agricultural Experime...
Attaining reasonably high levels of food self-sufficiency rate within a country is important not onl...
Rice forage systems can increase the land use efficiency in paddy fields, improve the self-sufficien...
The world practice of rice cultivation has shown that rice cultivation by traditional methods for Ru...