Abstract:
Exploiting the rhizospheric fungi from critical land area is one way to know the ability of the fungi
to absorb Fe. Calopogonium mucunoides which used as experimental plants in this study was
capable to grow well in critical land area of Cempaka Sub-District. The study was begun with the
isolation of rhizospheric fungi of critical land district Cempaka, followed by calculation of soil Fe
content of the critical land areas, selection of the fungi bae on its ability to absorb Fe and fungal
spore application to C. mucunoides growth. Humicola sp. R.Dn (from rhizosphere of Dianella
nemorosa Lam.) has better ability to absorb Fe than with two other isolates, i.e.Penicillium sp.
R.Ha and Penicillium sp RG. Humicola sp. R.Dn could uptake 108.83 mg Fe/mg biomass and giving
2.38 x 10
3
of Humicola sp. R.Dn spore significantly affected on the reduction of plant Fe content.
Description:
All praises are due to ALLAH SWT, God Almighty, Who made this International
Conference of successful. The International Conference on Natural,
Mathematical and Environmental Sciences (NAMES) 2015 is organized by the
Faculty of Mathematics and Natural Sciences (FMIPA), Lambung Mangkurat
University, Banjarbaru, South Kalimantan. This conference covered a wide range
of topics, including biology, chemistry, physics, mathematics, pharmacy,
computer science, material Science, and environmental science.
All papers were compiled into the proceedings book which had six sections,
namely Biology, Pharmacy, Chemistry, Mathematics, Physics, and Computer
Sciences. This book was also publised in the NAMES Website
http://names.fmipa.unlam.ac.id. I am glad that for the first time both types of
books can be realized.
