1.0 DCPLUS 20230103 16060700 20240904 16060700 https://devext.arcgis.com/sharing/rest/content/items/71a7f7fb200c456f9f4f8c764c8cd75d/info/thumbnail/ago_downloaded.png https://devext.arcgis.com/home/item.html?id=71a7f7fb200c456f9f4f8c764c8cd75d 71a7f7fb200c456f9f4f8c764c8cd75d Feature Service https://servicesdev.arcgis.com/LkFyxb9zDq7vAOAm/arcgis/rest/services/Find_Outliers_Tree_Inventory/FeatureServer Find_Outliers_Tree_Inventory 2023-01-03T16:06:07 2024-09-04T17:27:14 Analysis Result Find Outliers Tree_Inventory Feature layer generated from Find Outliers The following report outlines the workflow used to optimize your Find Outliers result: Initial Data Assessment. <ul><li>There were 287173 valid input features.</li></ul><ul><li>There were 2700 outlier locations; these were not used to compute the hexagon size.</li></ul>Incident Aggregation <ul><li>Using a hexagon of width 984.9596 Meters and height 853.0000 Meters.</li></ul><ul><li>The aggregation process resulted in 4041 weighted areas.</li></ul><ul><li>Incident Count Properties:</li></ul><table style='width: 200px;margin-left: 2.5em;border: none;'><tbody><tr><td style='border: none;'>Min</td><td style='float:right;border: none;'>1.0000</td></tr><tr><td style='border: none;'>Max</td><td style='float: right;border: none;'>1040.0000</td></tr><tr><td style='border: none;'>Mean</td><td style='float: right;border: none;'>71.0648</td></tr><tr><td style='border: none;'>Std. Dev.</td><td style='float: right;border: none;'>135.5602</td></tr></tbody></table>Scale of Analysis <ul><li>The optimal fixed distance band was based on the average distance to 30 nearest neighbors: 2583.0000 Meters.</li></ul> Outlier Analysis <ul><li>Creating the random reference distribution with 499 permutations.</li></ul><ul><li>There are 3521 output features statistically significant based on a FDR correction for multiple testing and spatial dependence.</li></ul><ul><li>There are 52 statistically significant high outlier features.</li></ul><ul><li>There are 299 statistically significant low outlier features.</li></ul><ul><li>There are 2446 features part of statistically significant low clusters.</li></ul><ul><li>There are 724 features part of statistically significant high clusters.</li></ul> Output <ul><li>Pink output features are part of a cluster of high values.</li></ul><ul><li>Light Blue output features are part of a cluster of low values.</li></ul><ul><li>Red output features represent high outliers within a cluster of low values.</li></ul><ul><li>Blue output features represent low outliers within a cluster of high values.</li></ul> -76.34536051357442 -75.2548393053393 45.527385954912894 44.95627870018017 1 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 71a7f7fb200c456f9f4f8c764c8cd75d https://servicesdev.arcgis.com/LkFyxb9zDq7vAOAm/arcgis/rest/services/Find_Outliers_Tree_Inventory/FeatureServer Feature Service EPSG