Evaluation of several classification schemes for mapping forest cover types in Michigan †

References

• FRANKLIN , K. L. , HUDSON , W. D. , and RAMM , C. W. , 1983 , Landsat imagery for identifying coniferous forest types in Michigan . Research Report 448 , Michigan State University Agriculture Experiment Station , East Lansing , Michigan .
   Google Scholar
• KARTERIS , M. A. , 1985 , Mapping of forest resources from a Landsat diazo colour composite. International Journal of Remote Sensing , 6 , 1997 -1811.
   PubMedGoogle Scholar
• MYERS , W. L. , SAFIR , G. R. , ANDERSON , A. L. , MOKMA , D. L. , WHITESIDE , E. D. , WINTERS , H. A. , RIECK , R. , MAILIA , W. A. , SARNO , J. E. , WAGNER , T. W. , LEWIS , J. R. , and ERICKSON , J. E. , 1974 , Use of ERTS data for a multi-disciplinary analysis of Michigan Resources . Final Report, sMichigan State University Agriculture Experiment Station Journal No. 7091 , East Lansing , Michigan .
   Google Scholar
• NOAA , 1979 , Climatological data, Michigan . Vol. 94 , No. 2. National Oceanic and Atmospheric Administration, Environmental Data and Information Service , National Climatic Center , Asheville , North Carolina .
   Google Scholar
• ROLLER , N. E. G. , and VISSER , L. , 1980 , Accuracy of Landsat forest cover type mapping in the lake states region of the U.S . Proceedings of the 14th International Symposium on Remote Sensing of Environment , San Jose , Costa Rica ( Ann Arbor Environmental Research Institute of Michigan ) , pp. 1511 – 1520 .
   Google Scholar
• ROSENIIELD , G. H. , and FITZPATRIC-LINS , K. , 1986 . A coefficient of agreement as a measure of thematic classification accuracy . Plwtogrammetric Engineering and Remote Sensing , 52 , 223 – 227 .
   Google Scholar
• U.S. GEOLOGICAL SURVEY , 1977 , EROS digital image enhancement system (EDIES) ‘fact sheet’ . EROS Data Center , Sioux Falls , South Dakota .
   Google Scholar
• † Michigan Agricultural Experiment Station Journal Article Number 12363.
   Google Scholar