Carrie B Legarde
Biographic Data
| ID | 1766095 |
|---|---|
| NAME | Carrie B Legarde |
| GIVEN NAMES | Carrie B |
| FAMILY NAME | Legarde |
| SIGNATURE | LEGARDE C B |
| AFFILIATIONS | Defense Health Agency |
| ORCID | 0000-0002-1361-3653 |
| VERIFIED | Yes |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 2 |
| AUTHOR COUNT | 5 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2018 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 1 |
Comparison of Visual and Statistical Pair Matching of the Humerus in a Large Assemblage
Determining whether antimeres are consistent with each other is important in estimating the minimum number of individuals in an assemblage, and this is often done with a simple visual comparison. When there are a small number of individuals, this task is generally straightforward and quick. However, as the number of individuals increases, the ability to make visual comparisons of all elements becomes cumbersome. In these cases, osteometric sortin…
Assessing recovery rate methods: A review and application for human skeletal assemblages
OBJECTIVES: Recovery rates reflect the amount of recovered skeletal materials based on expectations about the total number of elements or individuals that should be present in an assemblage. It is an underlying concept that reflects analytical potential, wherein high recovery rates typically indicate high analytical capabilities. However, numerous methods are available to calculate different types of recovery rates, and each method addresses vari…
Estimating the Number of Individuals in a Large Commingled Assemblage
Estimation of the number of individuals in an assemblage is critical to determine the scale of an incident and whether all expected individuals have been accounted for. However, estimates are affected by recovery and other taphonomic factors inherent to the assemblage, as well as the estimation methods themselves. This study examines several quantification methods using data from the commingled remains of individuals who were aboard the USS Oklah…
Preliminary Findings From a Visual Pair-Matching Study in a Large Commingled Assemblage
Pair-matching is an important component of commingled human remains (CHR) analysis, as it can help to limit the amount of DNA testing and contribute to minimum or most likely number of individual calculations. As commingled assemblages become larger, pair-matching becomes more difficult, and it is unknown if accuracy declines. Therefore, a study to determine the accuracy rates of visual pair-matching for multiple observers with a variety of educa…
Evaluation of method performance for osteometric sorting of commingled human remains
Evaluation of method performance involves the consideration of numerous factors that can contribute to error. A variety of measures of performance can be borrowed from the signal detection literature and others are drawn from statistical science. This article demonstrates the principles of performance evaluation by applying multiple measures to osteometric sorting models for paired elements run against data from known individuals. Results indicat…
Evaluation of method performance for osteometric sorting of commingled human remains
Evaluation of method performance involves the consideration of numerous factors that can contribute to error. A variety of measures of performance can be borrowed from the signal detection literature and others are drawn from statistical science. This article demonstrates the principles of performance evaluation by applying multiple measures to osteometric sorting models for paired elements run against data from known individuals. Results indicat…
Evaluation of method performance for osteometric sorting of commingled human remains
Evaluation of method performance involves the consideration of numerous factors that can contribute to error. A variety of measures of performance can be borrowed from the signal detection literature and others are drawn from statistical science. This article demonstrates the principles of performance evaluation by applying multiple measures to osteometric sorting models for paired elements run against data from known individuals. Results indicat…
Estimating the Number of Individuals in a Large Commingled Assemblage
Estimation of the number of individuals in an assemblage is critical to determine the scale of an incident and whether all expected individuals have been accounted for. However, estimates are affected by recovery and other taphonomic factors inherent to the assemblage, as well as the estimation methods themselves. This study examines several quantification methods using data from the commingled remains of individuals who were aboard the USS Oklah…
Preliminary Findings From a Visual Pair-Matching Study in a Large Commingled Assemblage
Pair-matching is an important component of commingled human remains (CHR) analysis, as it can help to limit the amount of DNA testing and contribute to minimum or most likely number of individual calculations. As commingled assemblages become larger, pair-matching becomes more difficult, and it is unknown if accuracy declines. Therefore, a study to determine the accuracy rates of visual pair-matching for multiple observers with a variety of educa…
Assessing recovery rate methods: A review and application for human skeletal assemblages
OBJECTIVES: Recovery rates reflect the amount of recovered skeletal materials based on expectations about the total number of elements or individuals that should be present in an assemblage. It is an underlying concept that reflects analytical potential, wherein high recovery rates typically indicate high analytical capabilities. However, numerous methods are available to calculate different types of recovery rates, and each method addresses vari…
Comparison of Visual and Statistical Pair Matching of the Humerus in a Large Assemblage
Determining whether antimeres are consistent with each other is important in estimating the minimum number of individuals in an assemblage, and this is often done with a simple visual comparison. When there are a small number of individuals, this task is generally straightforward and quick. However, as the number of individuals increases, the ability to make visual comparisons of all elements becomes cumbersome. In these cases, osteometric sortin…
Mathematics (5 works) · Archaeology and ancient environmental studies (4 works) · Assemblage (archaeology (4 works) · Biology (4 works) · Computer Science (4 works) · Forensic Anthropology and Bioarchaeology Studies (4 works) · Statistics (4 works) · Geography (3 works) · Ecology (2 works) · Engineering (2 works)