M A Ibarrondo
Biographic Data
| ID | 5207305 |
|---|---|
| NAME | M A Ibarrondo |
| GIVEN NAMES | M A |
| FAMILY NAME | Ibarrondo |
| SIGNATURE | IBARRONDO M A |
| AFFILIATIONS | University of the Basque Country |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 3 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1986 |
| LATEST PUBLICATION YEAR | 1987 |
| H-INDEX | 1 |
Correspondence analysis of digital pattern types in Basque valleys
Fingers pattern types of a sample of 834 unrelated individuals (353 males and 481 females) from the Biscaian Basque valleys of Uribe, Gernika, Markina, Arratia and Durango were subjected to correspondence analysis. The results show that there are different local subpopulations with regard to these dermatoglyphic traits. The importance of whorls in the separation of these populations is observed. Isolation may have been the factor differentiating …
Digital dermatoglyphics in the Basque population
We have analyzed dermatoglyphic finger patterns in a Spanish Basque population (841 males and 911 females). Bimanual and sexual comparisons have been carried out by means of contingency analysis. The results in the Basque population are compared with those of other Spanish populations, based on univariate (χ 2 contingency test and Student's t‐test) and multivariate (principal components analyses) statistical methods. Bilateral distribution asymme…
Parallelism between the frequencies of differently oriented whorls and other pattern types in Basque population
In a sample from the Biscaian Basque population, we studied the incidence of pattern types in fingers and the parallelism between the frequencies for the orientations of whorls (Wr, Ws, Wu) and the other pattern types (Lr, A, Lu). We reaffirm the importance of clarifying pattern types according to their orientation, which is of general use in the case of loops but less easily applied to whorls
Digital dermatoglyphics in the Basque population
We have analyzed dermatoglyphic finger patterns in a Spanish Basque population (841 males and 911 females). Bimanual and sexual comparisons have been carried out by means of contingency analysis. The results in the Basque population are compared with those of other Spanish populations, based on univariate (χ 2 contingency test and Student's t‐test) and multivariate (principal components analyses) statistical methods. Bilateral distribution asymme…
Parallelism between the frequencies of differently oriented whorls and other pattern types in Basque population
In a sample from the Biscaian Basque population, we studied the incidence of pattern types in fingers and the parallelism between the frequencies for the orientations of whorls (Wr, Ws, Wu) and the other pattern types (Lr, A, Lu). We reaffirm the importance of clarifying pattern types according to their orientation, which is of general use in the case of loops but less easily applied to whorls
Correspondence analysis of digital pattern types in Basque valleys
Fingers pattern types of a sample of 834 unrelated individuals (353 males and 481 females) from the Biscaian Basque valleys of Uribe, Gernika, Markina, Arratia and Durango were subjected to correspondence analysis. The results show that there are different local subpopulations with regard to these dermatoglyphic traits. The importance of whorls in the separation of these populations is observed. Isolation may have been the factor differentiating …
Digital dermatoglyphics in the Basque population
We have analyzed dermatoglyphic finger patterns in a Spanish Basque population (841 males and 911 females). Bimanual and sexual comparisons have been carried out by means of contingency analysis. The results in the Basque population are compared with those of other Spanish populations, based on univariate (χ 2 contingency test and Student's t‐test) and multivariate (principal components analyses) statistical methods. Bilateral distribution asymme…
Mathematics (3 works) · Computer Science (2 works) · Demography (2 works) · Dermatoglyphics and Human Traits (2 works) · Population (2 works) · Statistics (2 works) · Archaeology (1 works) · Artificial Intelligence (1 works) · Biology (1 works) · Cognitive Abilities and Testing (1 works)