Agronomical Activities to Increase the Potential of the Swampy Land To Be Food Sources. Swampy land is potentially large enough to increase the production of food crops and holticulture. Out of the land area of about 13.2 milion hectares, only about 5 percent has been used intensively. The main problems in land use is the water system and soil fertility. Agronomic activities that can be done to improve the productivity of the land, among others, are improving the water system control, soil amelioration, cropping patterns and use of improved varieties. These activities can increase the production of food crops and holticulture. These activities should be carried out by considering environmental sustainability
The objectives of this research were to obtain several mungbean varieties which suitable under fresh...
Syahri et al, 2019. Rice Farming System Based on Integrated Crop Management in Swampy Area of South ...
Susilawati et a, 2017. Technology Development for Sustainable Tidal Swamp Land Management. JLSO 6(1)...
Agronomical Activities to Increase the Potential of the Swampy Land To Be Food Sources. Swampy lan...
The potential of swamp land to support national food security has been studied through a desctiptive...
Tidal swamp areas in Indonesia have important role and strategic for agricultural development, espec...
Annisa, et al. Technologies for Mitigating Greenhouse Gas Emissions on Tidal Swamp Land. JLSO 5(2):...
Chuzaimah, et al. Rice Farmers Technology Applications Swamp Paddy in the Distric Ogan Ilir Sumate...
Decreasing areas of fertile soil in Java due to non agriculture purposes and increasing demand for a...
The research objective is to optimize the use of lowland swamps to increase land productivity, crop ...
Condition increasingly limited agricultural land is due to the banya are too large building that cau...
Problems faced by Mawar Farmers Group Mawar Sari Village and Farmers Group Ingin Maju Pasar Senin Vi...
. Tidal swamp land resources can be a source of new production growth of agricultural production. Ho...
Ratmini NPS, Atekan A. 2020. The strategi for increasing swamp rice productivity through optimizing ...
The purpose of this study was to examine the characteristics of swamp land, watermanagement and inun...
The objectives of this research were to obtain several mungbean varieties which suitable under fresh...
Syahri et al, 2019. Rice Farming System Based on Integrated Crop Management in Swampy Area of South ...
Susilawati et a, 2017. Technology Development for Sustainable Tidal Swamp Land Management. JLSO 6(1)...
Agronomical Activities to Increase the Potential of the Swampy Land To Be Food Sources. Swampy lan...
The potential of swamp land to support national food security has been studied through a desctiptive...
Tidal swamp areas in Indonesia have important role and strategic for agricultural development, espec...
Annisa, et al. Technologies for Mitigating Greenhouse Gas Emissions on Tidal Swamp Land. JLSO 5(2):...
Chuzaimah, et al. Rice Farmers Technology Applications Swamp Paddy in the Distric Ogan Ilir Sumate...
Decreasing areas of fertile soil in Java due to non agriculture purposes and increasing demand for a...
The research objective is to optimize the use of lowland swamps to increase land productivity, crop ...
Condition increasingly limited agricultural land is due to the banya are too large building that cau...
Problems faced by Mawar Farmers Group Mawar Sari Village and Farmers Group Ingin Maju Pasar Senin Vi...
. Tidal swamp land resources can be a source of new production growth of agricultural production. Ho...
Ratmini NPS, Atekan A. 2020. The strategi for increasing swamp rice productivity through optimizing ...
The purpose of this study was to examine the characteristics of swamp land, watermanagement and inun...
The objectives of this research were to obtain several mungbean varieties which suitable under fresh...
Syahri et al, 2019. Rice Farming System Based on Integrated Crop Management in Swampy Area of South ...
Susilawati et a, 2017. Technology Development for Sustainable Tidal Swamp Land Management. JLSO 6(1)...