KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK

Forest plantation development in Indonesia still has many obstacles, one of which related to issue stating that forest land degradation and environmental problems affected drought and decreasing soil fertility. The environmental issues associated with the use of short rotation plants (fast growing s...

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Main Authors: , AGUNG BUDI SUPANGAT, , Dr. Ir. Haryono Supriyo, M.Agr.Sc
Format: Thesis
Published: [Yogyakarta] : Universitas Gadjah Mada 2014
Subjects:
ETD
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author , AGUNG BUDI SUPANGAT
, Dr. Ir. Haryono Supriyo, M.Agr.Sc
author_facet , AGUNG BUDI SUPANGAT
, Dr. Ir. Haryono Supriyo, M.Agr.Sc
author_sort , AGUNG BUDI SUPANGAT
collection UGM
description Forest plantation development in Indonesia still has many obstacles, one of which related to issue stating that forest land degradation and environmental problems affected drought and decreasing soil fertility. The environmental issues associated with the use of short rotation plants (fast growing species) are allegedly going to drain the nutrients and water for their rapid growth. Information related to these environmental issues is rare. It is mainly caused by the focus is still on the wood productivity. The aim of the research was to determine the characteristics of water and nutrients in the E. pellita F.Muell plantation forest. Its objectives were: 1) to study the behavior of the hydrologic cycle in E. pellita forest ecosystem
first_indexed 2024-03-13T23:20:07Z
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institution Universiti Gadjah Mada
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publisher [Yogyakarta] : Universitas Gadjah Mada
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spelling oai:generic.eprints.org:1281812016-03-04T07:51:45Z https://repository.ugm.ac.id/128181/ KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK , AGUNG BUDI SUPANGAT , Dr. Ir. Haryono Supriyo, M.Agr.Sc ETD Forest plantation development in Indonesia still has many obstacles, one of which related to issue stating that forest land degradation and environmental problems affected drought and decreasing soil fertility. The environmental issues associated with the use of short rotation plants (fast growing species) are allegedly going to drain the nutrients and water for their rapid growth. Information related to these environmental issues is rare. It is mainly caused by the focus is still on the wood productivity. The aim of the research was to determine the characteristics of water and nutrients in the E. pellita F.Muell plantation forest. Its objectives were: 1) to study the behavior of the hydrologic cycle in E. pellita forest ecosystem [Yogyakarta] : Universitas Gadjah Mada 2014 Thesis NonPeerReviewed , AGUNG BUDI SUPANGAT and , Dr. Ir. Haryono Supriyo, M.Agr.Sc (2014) KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK. UNSPECIFIED thesis, UNSPECIFIED. http://etd.ugm.ac.id/index.php?mod=penelitian_detail&sub=PenelitianDetail&act=view&typ=html&buku_id=68516
spellingShingle ETD
, AGUNG BUDI SUPANGAT
, Dr. Ir. Haryono Supriyo, M.Agr.Sc
KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title_full KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title_fullStr KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title_full_unstemmed KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title_short KESEIMBANGAN AIR DAN HARA DI HUTAN TANAMAN EUCALYPTUS PELLITA F.Muell MELALUI PENDEKATAN MODEL DINAMIK
title_sort keseimbangan air dan hara di hutan tanaman eucalyptus pellita f muell melalui pendekatan model dinamik
topic ETD
work_keys_str_mv AT agungbudisupangat keseimbanganairdanharadihutantanamaneucalyptuspellitafmuellmelaluipendekatanmodeldinamik
AT drirharyonosupriyomagrsc keseimbanganairdanharadihutantanamaneucalyptuspellitafmuellmelaluipendekatanmodeldinamik