Wildlife Zoology: Difference between revisions
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* [http://www.faunalia.it/animov/ AniMove] is add-on software for analysis of animal movement and ranging behaviour using QGIS+GRASS+R. <BR>'''Authors:''' Support by Faunalia.it | * [http://www.faunalia.it/animov/ AniMove] is add-on software for analysis of animal movement and ranging behaviour using QGIS+GRASS+R. <BR>'''Authors:''' Support by Faunalia.it | ||
* GRASS implementation: [[GRASS_AddOns#v.adehabitat.clusthr.2C_v.adehabitat.kernelUD.2C_v.adehabitat.mcp|v.adehabitat.clusthr, v.adehabitat.kernelUD, v.adehabitat.mcp]] | * GRASS implementation: [[GRASS_AddOns#v.adehabitat.clusthr.2C_v.adehabitat.kernelUD.2C_v.adehabitat.mcp|v.adehabitat.clusthr, v.adehabitat.kernelUD, v.adehabitat.mcp]] <BR>'''Author:''' Clement Calenge | ||
<BR>'''Author:''' Clement Calenge | |||
* [https://svn.osgeo.org/grass/grass-addons/vector/v.transect.kia v.transect.kia] calculates kilometric abundance indexes (KIA), a common indirect presence index used in wildlife monitoring along line transect surveys. Path lengths can be corrected by draping on a DEM, different type of point objects can be weighted according to their relative importance, and paths can be segmented using a further polygon vector (to calculate, say, abundances per elevation range or per habitat class). The module is written in bash and needs a GRASS install compiled with sqlite support. <BR>'''Authors:''' Clara Tattoni and Damiano G. Preatoni | |||
[[Category:Applications]] | [[Category:Applications]] | ||
[[Category:Documentation]] | [[Category:Documentation]] | ||
Revision as of 17:20, 8 January 2010
Software
- AniMove is add-on software for analysis of animal movement and ranging behaviour using QGIS+GRASS+R.
Authors: Support by Faunalia.it
- GRASS implementation: v.adehabitat.clusthr, v.adehabitat.kernelUD, v.adehabitat.mcp
Author: Clement Calenge
- v.transect.kia calculates kilometric abundance indexes (KIA), a common indirect presence index used in wildlife monitoring along line transect surveys. Path lengths can be corrected by draping on a DEM, different type of point objects can be weighted according to their relative importance, and paths can be segmented using a further polygon vector (to calculate, say, abundances per elevation range or per habitat class). The module is written in bash and needs a GRASS install compiled with sqlite support.
Authors: Clara Tattoni and Damiano G. Preatoni