Coding the Future

Pdf Determining Rice Productivity Level For Sustainable Agricultural

pdf Determining Rice Productivity Level For Sustainable Agricultural
pdf Determining Rice Productivity Level For Sustainable Agricultural

Pdf Determining Rice Productivity Level For Sustainable Agricultural The study investigates rice productivity level for sustainable agricultural development within patigi local government area of kwara state, nigeria. the study further identifies; rice yield level. Journal of sustainable development in africa (volume 13, no.5, 2011) issn: 1520 5509 clarion university of pennsylvania, clarion, pennsylvania determining rice productivity level for sustainable agricultural development in patigi local government area (lga) of kwara state, nigeria olabode abiodun daniel department of geography and environmental management, university of ilorin, ilorin, nigeria.

pdf Theme Ii sustainable rice Farming 1 St Indian rice Congress
pdf Theme Ii sustainable rice Farming 1 St Indian rice Congress

Pdf Theme Ii Sustainable Rice Farming 1 St Indian Rice Congress The final criterion was sustainable production. this comprised all sustainable rice production systems, including management, breed, input, and production systems. table 1 summarises the inclusion and exclu sion criteria. systematic review process the systematic review method comprises four stages outlined in the prisma guideline. the search was. Review results presented in this research revealed that farmers’ willingness to accept sustainable production of rice is influenced by factors including the farmers’ access to agricultural service systems and access to education (connor et al., citation 2021; mahdavi et al., citation 2020; shi et al., citation 2023). extension officers can also teach agricultural education. Ensuring sustainable rice production practices is crucial for ghana’s agricultural sector and the rice industry, thereby preserving natural resources for current and future generations. adopting contemporary, sustainable scientific practices enable farmers to enhance yields despite climate change compared to outdated conventional methods [ 9 ]. In this sense, mechanization, efficiency, and productivity are required at all rice production stages due to the global population increase and the limited availability of agricultural lands (bacco et al, 2018). as a result, implementing precision agriculture or smart farming is essential for coping methods in the settings of food security and sustainability.

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