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Poster Session 2
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Expression of Qualitative and Quantitative Information on Mangrove Forest in Okinawa
Fig.-2 Two examples of imagery to express estimated stand stock (above) and species and mixture stand distribution (below) for mangrove forest in the river mouth of Fukido River in Ishigaki Island
Fig.-3 Example of imagery overlaid below figure to above figure in Fig.-2
Fig.4 Example of imagery to express simultaneously stand and species and mixedstand for mangrove forest in the river mouth of Nakama River in Iriomote Island
Conclusion
It was successful to some degree the at we tried to develop the way o qualitative and quantitative simultaneous expression for mangrove forest. Although the way do draw isopleths figure on quantitative information is remained, the procedure mentioned above is well useful for actual use. Remained problems are development drawing way of isopleths figure and establishment equation for quantitative information in many regions.
References
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DWI Setyono, sato,K.& khoda, Y.: Relationships between TM Data of Landsat 5 and Stand Parameters on Mangrove Forest in Okinawa, j. Japan Soc . Photogrammetry and Remote Sensing, Vol.36, No.2,4~12,(1997)
- Dwi Setyono, Sata, K. & Khoda, Y.: Relationships between calculated indexes form TM Data of Landsat 5 and Stand Parameters on Mangrove Forest I Okinawa, J. Japan Soc . Photogrammetry and Remote Sensing, Vol. 36, No.3, 6~12, (1997)
- Dwi Setyono: Studies on the system for Stand Analysis of Mangrove Forest using Remote Sensing, Agr. D. Thesisi, Hagoshima University, (1997)
- Sato, k., Nakajima, M.& Hoshi, T.: Mask Procedure for Effective Classification f mangrove Area and a method to Decide Threshold values with TM data of Landsat 5, Proc. Of the 17 th ACRS, WS-1-1~6, (1996)
- Sato, K., Nakajima, M & Hoshi, T.: conception of Qualitative and Quantitative Classification of Mangrove Forest with TM Data of Landsat 5, Proc. Of the 18 th ACRS, G-6-1~6, (1997)
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