Amanote Research
Register
Sign In
Figure 9: Distance-Based Redundancy Analysis of the Best Two-Variable Model From Distance-Based Linear Modeling of Sampling Locations Near Coral Habitats Where Sediment Geochemistry Data Were Available.
doi 10.7717/peerj.5276/fig-9
Full Text
Open PDF
Abstract
Available in
full text
Date
Unknown
Authors
Unknown
Publisher
PeerJ
Related search
Figure 8: Sediment Geochemistry for Near-Coral Habitats.
Table 7: Results From the Distance-Based Linear Modeling (DISTLM) of Geographic, Bathymetric, and Environmental Variables for Near-Coral Communities Using the AICc Criteria and “Best” Model Selection.
Table 8: Results From the Distance-Based Linear Modeling (DISTLM) of Geographic, Bathymetric, and Environmental Variables for Functional Traits of Near-Coral Communities Using the AICc Criteria and “Best” Model Selection.
Fitting Multivariate Models to Community Data: A Comment on Distance-Based Redundancy Analysis
Ecology
Evolution
Ecology
Systematics
Behavior
Figure 12: Distance-Based Redundancy Analysis (dbRDA) Plot With an AIC Criterion Selection Illustrating the Influence of Coral Health at EG, AG and SW.
Distance-Based Opportunistic Mobile Data Offloading
Sensors
Instrumentation
Information Systems
Electronic Engineering
Biochemistry
Analytical Chemistry
Molecular Physics,
Electrical
Atomic
Medicine
Optics
Local Linear Functional Regression Based on Weighted Distance-Based Regression
Functional and Operatorial Statistics
Mining Association Rules From Relational Data – Average Distance Based Method
Lecture Notes in Computer Science
Computer Science
Theoretical Computer Science
Figure 7: Functional Trait Composition of Near-Coral and Background Habitats.
