Rice (Oryza sativa L.) production in the future aims to increase productivity every year with high input technology, including irrigated rice. However, practices of rice fields have a methane (CH4) potential. Soil tillage could affect CH4 emission conditions. Puddling and flooding through soil create reduction conditions that promote by methanogenic bacteria. The objective was determine effect ...

Winter flooding of paddy rice production is characterized by fields during the winter fallow season. It has attracted attention in terms its ecological function, supporting biodiversity field ecosystems. Therefore, recent Japan been conducted organic farming. However, it not well documented how farming with affect productivity rice. We experiments to examine changes yield compared those convent...

Puddling doesn’t have much influence on rice yields. Many changes and innovations have contributed to the expanding use of resource conserving technologies in the country. One of the most important has been the development, testing and marketing of a low cost seed-cum-fertilizer drill which can establish crops with a minimum of soil disturbance, can take best advantage of residual soil moisture...

A growing population, changing climate, scarcity of resources, and the urgent need to achieve sustainable development goals makes it imperative reimagine agriculture in a way that economically profitable, climate-resilient, resource-efficient. Traditional rice production technology involving puddling transplanting has often been criticized for its inefficient resource utilization, high cost pro...