Relationship between forest management planning units and spatial distribution of forest habitat components in Koli National Park.

• Main Authors: Uuttera, Janne, Hyppänen, Harri
• Other Authors: The Finnish Society of Forest Science, Suomen metsätieteellinen seura, Finlands Forstvetenskapliga Samfund
• Format: Article in Journal/Newspaper
• Language: English
• Published: The Finnish Society of Forest Science and The Finnish Forest Research Institute 2009
• Subjects: forest management planning; forest habitat distribution; Geographic Information Systems; kriging-interpolation; Kolin kansallispuisto; metsäsuunnittelu; metsätaloussuunnittelu; metsät; metsätyypit; kasvupaikkatyypit; alueellinen jakauma; paikkatietojärjestelmät; karelia*
• Online Access: http://hdl.handle.net/1975/8539

This study examined the relationships between forest management planning units and patches formed by forest habitat components. The test area used was a part of Koli National Park in North Karelia, eastern Finland. Forest management planning units (i.e. forest compartments) were defined by using a traditional method of Finnish forestry which applies aerial photographs and compartmentwise field inventory. Patches of forest habitat components were divided according to subjective rules by using a chosen set of variables depicting the edaphic features and vegetation of a forest habitat. The spatial distribution of the habitat components was estimated with the kriging-interpolation based on systematically located sample plots. The comparisons of the two patch mosaics were made by using the standard tools of GIS. The results of the study show that forest compartment division does not correlate very strongly with the forest habitat pattern. On average, the mean patch size of the forest habitat components is greater and the number of these patches lower compared to forest compartment division. However, if the forest habitat component distribution had been considered, the number of the forest compartments would have at least doubled after intersection.