Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings

The shoddier succeed land revegetation particularly caused by least adaptability of the seedlings planted on this site. To encourage their growth and survival rate it can be achieved by means do inoculation with the compatible functional microbes such as rhizobium, Psolubilizing bacteria (PSB) and/o...

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Main Author: ENNY WIDYATI
Format: Article
Language:English
Published: MBI & UNS Solo 2007-07-01
Series:Biodiversitas
Subjects:
AMF
PSB
Online Access:http://biodiversitas.mipa.uns.ac.id/D/D0803/D080315.pdf
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spelling doaj-09a1cee29617488d8e98501a8b8898992020-11-24T21:01:32ZengMBI & UNS SoloBiodiversitas1412-033X2085-47222007-07-0183238241Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings ENNY WIDYATIThe shoddier succeed land revegetation particularly caused by least adaptability of the seedlings planted on this site. To encourage their growth and survival rate it can be achieved by means do inoculation with the compatible functional microbes such as rhizobium, Psolubilizing bacteria (PSB) and/or arbuscular-mycorrhiza fungy (AMF). This reserach is aimed to formulate the most compatible inoculant to support the growth of A. crassicarpa seedlings. Compatibility study is carried out in RCB design with 3 replications, each contain 5 seedlings. Height and biomass are accessed to measure the growth responses of the seedlings. The result showed that the best reponse is given by consortia that consist of the three kinds of these microbes. This increase the shoot biomass (137%) compare to the control. The consortia also improved N 164%, P 335% and K 167% in the plant tissues. While pure AMF improved absorption of N plants 80%, P 383% and K 51% compare to the control. It is suggested that to prepare the A. crassicarpa seedlings is better inoculated by consortium of microbes or AMF as a sole inoculant. http://biodiversitas.mipa.uns.ac.id/D/D0803/D080315.pdfAMFPSBRhizobiumrevegetation
collection DOAJ
language English
format Article
sources DOAJ
author ENNY WIDYATI
spellingShingle ENNY WIDYATI
Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
Biodiversitas
AMF
PSB
Rhizobium
revegetation
author_facet ENNY WIDYATI
author_sort ENNY WIDYATI
title Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
title_short Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
title_full Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
title_fullStr Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
title_full_unstemmed Formulation of microbes inoculum: AMF, PSB and Rhizobium isolated of ex-coal mining site for Acacia crassicarpa Cunn. Ex-benth seedlings
title_sort formulation of microbes inoculum: amf, psb and rhizobium isolated of ex-coal mining site for acacia crassicarpa cunn. ex-benth seedlings
publisher MBI & UNS Solo
series Biodiversitas
issn 1412-033X
2085-4722
publishDate 2007-07-01
description The shoddier succeed land revegetation particularly caused by least adaptability of the seedlings planted on this site. To encourage their growth and survival rate it can be achieved by means do inoculation with the compatible functional microbes such as rhizobium, Psolubilizing bacteria (PSB) and/or arbuscular-mycorrhiza fungy (AMF). This reserach is aimed to formulate the most compatible inoculant to support the growth of A. crassicarpa seedlings. Compatibility study is carried out in RCB design with 3 replications, each contain 5 seedlings. Height and biomass are accessed to measure the growth responses of the seedlings. The result showed that the best reponse is given by consortia that consist of the three kinds of these microbes. This increase the shoot biomass (137%) compare to the control. The consortia also improved N 164%, P 335% and K 167% in the plant tissues. While pure AMF improved absorption of N plants 80%, P 383% and K 51% compare to the control. It is suggested that to prepare the A. crassicarpa seedlings is better inoculated by consortium of microbes or AMF as a sole inoculant.
topic AMF
PSB
Rhizobium
revegetation
url http://biodiversitas.mipa.uns.ac.id/D/D0803/D080315.pdf
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