EFFECT OF AMELIORANT ON GROWTH AND YIELD OF RICE AT TIDAL PADDY FIELD

Authors

  • Sri Minarsih Central Java Assessment Institute for Agriculture Technology
  • Sri Karyaningsih Sukoharjo District Secretary, Jl. Jenderal Sudirman No.199, Sukoharjo-Central Java-Indonesia
  • Samijan Samijan Central Java Assessment Institute for Agriculture Technology, Jl. Soekarno Hatta KM.26 No.10, Kotak Pos 124, Bergas, Semarang, 50552, Centra Java-Indonesia
  • Agus Supriyo Central Java Assessment Institute for Agriculture Technology, Jl. Soekarno Hatta KM.26 No.10, Kotak Pos 124, Bergas, Semarang, 50552, Centra Java-Indonesia
  • Yulis Hindarwati Ungaran Installation for Research and Assessment on Agriculture Technology, Jl. BPTP No. 40, Bukit Tegalepek, Sidomulyo, Ungaran Timur, Semarang 50519, Jawa Tengah-Indonesia
  • Nadhifa Husna Brangsong Agriculture Extension Institute, Jl. Soekarno-Hatta No. 65, Kendal district, 51371, Jawa Tengah-Indonesia
  • Budi Winarto Ungaran Installation for Research and Assessment on Agriculture Technology, Jl. BPTP No. 40, Bukit Tegalepek, Sidomulyo, Ungaran Timur, Semarang 50519, Jawa Tengah-Indonesia

Keywords:

Ameliorant, growth, rice, tidal swamp, yield

Abstract

Rice (Oryza sativa L.) is the most important and strategic food crop in Indonesia, but low productivity in tidal paddy fields is a serious problem that must be overcome. The application of ameliorant would be worthy to increase the growth and yield of rice in tidal paddy fields. The study aimed to investigate the effect of ameliorant application on growth and yield of rice varieties in tidal paddy fields. The study was arranged in a split plot design with five replications. Rice varieties tested were Inpari 34, Dendang, Inpara 9, Inpari 35, and Ciherang as the main plot, and ameliorant types studied were humic acid, gypsum, zeolite, and organic fertilizer as the subplot. The results showed that the use of different rice varieties and amelioran types significantly increased the growth and yield of rice. Inpara 9 produced 7.6 t.ha-1 dry milled grain (DMG) or increased by 33.3% compared to Ciherang variety. Humic acid application at 25 kg ha-1 increased grain yield by 21.3% higher than that without ameliorant treatment. The best treatment to increase the growth and yield of rice in tidal paddy field was a combination of humic acid 25 kg.ha-1 and Inpari 34 which produced the DMG of 8.6 t ha-1 or 41% higher compared to Ciherang without ameliorant.

Author Biographies

  • Sri Minarsih, Central Java Assessment Institute for Agriculture Technology
    Soil Science, Agro-climatology, and hidrology
  • Sri Karyaningsih, Sukoharjo District Secretary, Jl. Jenderal Sudirman No.199, Sukoharjo-Central Java-Indonesia
    environment and land resources pollution
  • Samijan Samijan, Central Java Assessment Institute for Agriculture Technology, Jl. Soekarno Hatta KM.26 No.10, Kotak Pos 124, Bergas, Semarang, 50552, Centra Java-Indonesia
    Soil, Water, dan Climate management
  • Agus Supriyo, Central Java Assessment Institute for Agriculture Technology, Jl. Soekarno Hatta KM.26 No.10, Kotak Pos 124, Bergas, Semarang, 50552, Centra Java-Indonesia
    Soil, Water, dan Climate management
  • Yulis Hindarwati, Ungaran Installation for Research and Assessment on Agriculture Technology, Jl. BPTP No. 40, Bukit Tegalepek, Sidomulyo, Ungaran Timur, Semarang 50519, Jawa Tengah-Indonesia
    environment and land resources pollution
  • Budi Winarto, Ungaran Installation for Research and Assessment on Agriculture Technology, Jl. BPTP No. 40, Bukit Tegalepek, Sidomulyo, Ungaran Timur, Semarang 50519, Jawa Tengah-Indonesia
    Plant breeding and genetics

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Published

2021-12-30