![]() ![]() Glomus was dominant at all study sites, either at tin-mined lands or at a forest and at an abandoned farmed-land. The spore number tended to decrease as the more newly abandoned tin-mined land. The average spore number per 50 g soil at 0-20 cm depth were 2.0 (4 year old and barren tin-mined land) 46.4 (7-year old tin-mined land) 56.8 (11-year old tin-mined land) and 261.8 (38-year old tin-mined land) while 45.3 at an abandoned farmed-land and 15.1 at a forest. ![]() The results showed that at succession on tin-mined land, the less phosphate concentration in the soil, the more the average number of spore per dominant vegetation. Spores were separated from soil by a wet sieving method and identified referring to INVAM. Composites of eight subsamples of rhizosphere were taken at 0-20 cm soil depth under three dominant vegetations at a lowland forest, an abandoned farmed-land, and at 4-, 7-, 11-, and 38-year old tin-mined lands using a modified CSM-BGBD Project 2004 protocol. The aim of this research was to identify the status of arbuscular mycorrhizal fungi in the succession on tin-mined land in Bangka Island. Consequently biotechnology approach such as the use of arbuscular mycorrhizal fungi for supporting revegetation on tin-mined land was needed. Vegetation structure and composition were changed. Urn:oclc:141425334 Republisher_date 20120317015530 Republisher_operator Scandate 20120314034958 Scanner effect of tin mining activity increased sand fraction, decreased silt and clay fractions, decreased macro and micro nutrients especially phosphate and potassium. Access-restricted-item true Addeddate 17:40:16 Boxid IA174701 Camera Canon EOS 5D Mark II City San Francisco Donor ![]()
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