This dataverse contains data inputs and products from two complimentary analyses: a spatial analysis and a machine learning approach. Both analyses were geared towards understanding relative importance of ecological factors within the Mission River Floodplain. These datasets are broken down as follows:

Digitized Trees:

    Digitized Downed/Standing Trees in the Mission River Floodplain

Spatial Analysis

    Environmental Variables Used in Spatial Analysis

    Counts of Downed Trees for Levels of Environmental Variables: Results of Spatial Analysis

ML Approach:

    Environmental Variables Used in Maxent Machine Learning Approach

    MaxentVariableselection Inputs/Outputs

    Maxent Models (digitized downed trees with structure):

        Model output with six variables and regularization multiplier of 1.0

        Model output with six variables and regularization multiplier of 2.0

        Model output with six variables and regularization multiplier of 3.0

        Model output with three variables and regularization multiplier of 1.0

        Model output with three variables and regularization multiplier of 3.0

        Model output with three variables and regularization multiplier of 7.0

    Maxent Models (all digitized downed trees):

        Model output with six variables and regularization multiplier of 1.0

        Model output with six variables and regularization multiplier of 2.0

        Model output with six variables and regularization multiplier of 3.0

        Model output with three variables and regularization multiplier of 1.0

        Model output with three variables and regularization multiplier of 3.0

        Model output with three variables and regularization multiplier of 6.0

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201 to 210 of 223 Results
Shapefile as ZIP Archive - 3.9 MB - MD5: 3fc4a43e05d30c9d40c033e0a7448208
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of euclidean distance from river and inundation probability within the model evaluation domain.
Shapefile as ZIP Archive - 479.4 KB - MD5: 41d783a7636f7428e09e307426b78018
Polygon shapefile that contains counts of downed trees within each stratified level (range) of the euclidean distance from river within the model evaluation domain.
Shapefile as ZIP Archive - 10.2 MB - MD5: 0562eefcfc50f88b1ffeb58d765bad07
Polygon shapefile that contains counts of downed trees within each stratified level (range) of elevation values within the model evaluation domain.
Shapefile as ZIP Archive - 13.8 MB - MD5: 6a7b094ecdddeb7a46abc5a87d723762
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of elevation values and inundation probability within the model evaluation domain.
Shapefile as ZIP Archive - 2.8 MB - MD5: 8b0eb7d20c0d34bba58315b6b934752f
Polygon shapefile that contains counts of downed trees within each stratified level (range) of the inundation probability within the model evaluation domain.
Shapefile as ZIP Archive - 1.1 MB - MD5: 22867c51bcc3ac9411f4f83bb8c67347
Polygon shapefile that contains counts of downed trees within each stratified level (range) of the generalized slope (10m) within the model evaluation domain.
Shapefile as ZIP Archive - 1.4 MB - MD5: 5bcabce63480941b4de5093616cbdf9d
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of soil classification and euclidean distance from river within the model evaluation domain.
Shapefile as ZIP Archive - 11.7 MB - MD5: 6fd0e674aeb4ed6eb0eba845c8c91739
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of soil classification and elevation values within the model evaluation domain.
Shapefile as ZIP Archive - 4.0 MB - MD5: 0d2f87ab81b89a53daa463c43a9186cd
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of soil classification and inundation probability within the model evaluation domain.
Shapefile as ZIP Archive - 2.0 MB - MD5: 031dc42cf0a0b89ca3de8b467a3ecae4
Polygon shapefile that contains counts of downed trees within each stratified level (range) that is a result of the combination of soil classification and generalized slope (10m) within the model evaluation domain.
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