arcmap software version 10.8 (Esri inc)
90
Structured Review
Esri inc
arcmap software version 10.8
Arcmap Software Version 10.8, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/arcmap+software/arcgis+10+6/pm40646656-98-9-15
Average 90 stars, based on 1 article reviews
Arcmap Software Version 10.8, supplied by Esri inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/arcmap+software/arcgis+10+6/pm40646656-98-9-15
Average 90 stars, based on 1 article reviews
arcmap software version 10.8 - by Bioz Stars,
2026-09
90/100 stars
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Generated:Article Title: Remote sensing and climatic data for flood impact assessment in Al-Ain (UAE) Article Snippet: Map generated by the authors using Article Title: Predicting suitable habitats and conservation areas for Suaeda salsa using MaxEnt and Marxan models Article Snippet: Article Title: Spatiotemporal evolution and impacts of environment on scrub typhus in northern China, 2006–2019 Article Snippet: The above analyses were conducted using Article Title: Global mapping of freshwater contamination by pesticides and implications for agriculture and water resource protection Article Snippet: Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: As illustrated in Fig. , Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig.10 Influence of different weights of machine learning and physical model on Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig. 4 Debris flow affecting factors: ( a ) distance to road, ( b ) land use, ( c ) population density, ( d ) distance to water, ( e ) DEM, f TWI, ( g ) SPI, ( h ) slpoe, ( i ) profile curvature, ( j ) plan curvature, ( k ) rainfall, ( l ) lithology, ( m ) Seismic intensity area. (Software used for map generation: Article Title: Spatiotemporal dynamics of land use and landscape in coastal Zhejiang using multiple methods Article Snippet: Derivative Assay:Article Title: Remote sensing and climatic data for flood impact assessment in Al-Ain (UAE) Article Snippet: Map generated by the authors using Article Title: Predicting suitable habitats and conservation areas for Suaeda salsa using MaxEnt and Marxan models Article Snippet: Article Title: Spatiotemporal evolution and impacts of environment on scrub typhus in northern China, 2006–2019 Article Snippet: The above analyses were conducted using Article Title: Global mapping of freshwater contamination by pesticides and implications for agriculture and water resource protection Article Snippet: Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: As illustrated in Fig. , Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig.10 Influence of different weights of machine learning and physical model on Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig. 4 Debris flow affecting factors: ( a ) distance to road, ( b ) land use, ( c ) population density, ( d ) distance to water, ( e ) DEM, f TWI, ( g ) SPI, ( h ) slpoe, ( i ) profile curvature, ( j ) plan curvature, ( k ) rainfall, ( l ) lithology, ( m ) Seismic intensity area. (Software used for map generation: Article Title: Spatiotemporal dynamics of land use and landscape in coastal Zhejiang using multiple methods Article Snippet: Plasmid Preparation:Article Title: Remote sensing and climatic data for flood impact assessment in Al-Ain (UAE) Article Snippet: Map generated by the authors using Article Title: Predicting suitable habitats and conservation areas for Suaeda salsa using MaxEnt and Marxan models Article Snippet: Article Title: Spatiotemporal evolution and impacts of environment on scrub typhus in northern China, 2006–2019 Article Snippet: The above analyses were conducted using Article Title: Global mapping of freshwater contamination by pesticides and implications for agriculture and water resource protection Article Snippet: Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: As illustrated in Fig. , Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig.10 Influence of different weights of machine learning and physical model on Article Title: A MaxEnt-TRIGRS hybrid model with dynamic safety factor mapping for enhanced debris flow susceptibility assessment in rainfall-triggered terrains Article Snippet: Fig. 4 Debris flow affecting factors: ( a ) distance to road, ( b ) land use, ( c ) population density, ( d ) distance to water, ( e ) DEM, f TWI, ( g ) SPI, ( h ) slpoe, ( i ) profile curvature, ( j ) plan curvature, ( k ) rainfall, ( l ) lithology, ( m ) Seismic intensity area. (Software used for map generation: Article Title: Spatiotemporal dynamics of land use and landscape in coastal Zhejiang using multiple methods Article Snippet: |