The developing plant cultivation at tidal land has constrained related to Fe2+ stressing which inhibits its growth and production. These study objectives are to identify growth characteristics and production capacity of some rice varieties as well as to find out the variety that tolerance to the Fe2+ stress at tidal land. The method of the study is Single Group Randomized Design with 20 varieties with three times of repetition. Advanced test with LSD 5%. Treatment with application 20 rice varieties, namely; Towuti, Siam Unus, Mashuri, Mekongga, Ciherang, Cilamaya Muncul, Pokalli, IR 64, Siak Raya, Inpari 30, Inpara 1, Limboto, Inpara 3, Inpara 4, Inpara 5, Inpara 6, Inpara 7, Inpara 8, Inpara 9 dan Awan Kuning. The r...
The Recent ricefield on marginal land such as Ultisol and Oxisol has low productivity due to Fe-toxi...
ABSTRACT One of obstacles in agricultural land expansion is limited arable land available. Limited f...
Productivity of land in Java insel decreased. Therefore, it is necessary to utilize marginal Fe toxi...
ABSTRAK Peningkatan produktivitas padi telah diupayakan di Indonesia sejak tahun 1970-an, dalam ran...
Utilization of marginal lands such as tidal land should be done to increase rice production as a sol...
The main obstacle to increase rice yield in new opening paddy fields, is that high levels of dissolv...
Excess of reduced iron (Fe2+) will affect the plant growth of rice when it is grown under waterlogge...
Nurhasanah, lestari HS, Sunaryo W. 2019. The response of East Kalimantan, Indonesia local rice culti...
Agricultural development in Indonesia began to be directed to marginal land as a result of reduced f...
Abstract. Novianti V, Indradewa D, Maryani, Rachmawati D. 2020. Selection of local swamp rice cultiv...
Agricultural Development in Indonesia has begun to be directed to marginal land which is caused by t...
Fe stress is a problem in swamp lands that reduces the growth and yield of rice. Providing various t...
Iron toxicity could limit rice productivity on irrigated lowland acid and swampy soil. The use of ir...
Iron toxicity is a factor causing low rice yield on tidal swamp land (TSL).Soil quality improvement ...
A research on the adaptation test of new superior varieties of rice and fertilization methods in mon...
The Recent ricefield on marginal land such as Ultisol and Oxisol has low productivity due to Fe-toxi...
ABSTRACT One of obstacles in agricultural land expansion is limited arable land available. Limited f...
Productivity of land in Java insel decreased. Therefore, it is necessary to utilize marginal Fe toxi...
ABSTRAK Peningkatan produktivitas padi telah diupayakan di Indonesia sejak tahun 1970-an, dalam ran...
Utilization of marginal lands such as tidal land should be done to increase rice production as a sol...
The main obstacle to increase rice yield in new opening paddy fields, is that high levels of dissolv...
Excess of reduced iron (Fe2+) will affect the plant growth of rice when it is grown under waterlogge...
Nurhasanah, lestari HS, Sunaryo W. 2019. The response of East Kalimantan, Indonesia local rice culti...
Agricultural development in Indonesia began to be directed to marginal land as a result of reduced f...
Abstract. Novianti V, Indradewa D, Maryani, Rachmawati D. 2020. Selection of local swamp rice cultiv...
Agricultural Development in Indonesia has begun to be directed to marginal land which is caused by t...
Fe stress is a problem in swamp lands that reduces the growth and yield of rice. Providing various t...
Iron toxicity could limit rice productivity on irrigated lowland acid and swampy soil. The use of ir...
Iron toxicity is a factor causing low rice yield on tidal swamp land (TSL).Soil quality improvement ...
A research on the adaptation test of new superior varieties of rice and fertilization methods in mon...
The Recent ricefield on marginal land such as Ultisol and Oxisol has low productivity due to Fe-toxi...
ABSTRACT One of obstacles in agricultural land expansion is limited arable land available. Limited f...
Productivity of land in Java insel decreased. Therefore, it is necessary to utilize marginal Fe toxi...