We applied skeletochronology on phalanges to assess the individual age and growth
patterns of a breeding population portion of Rana holtzi, an endemic frog from Turkey. Snout …

Seasonal age structure assessed by skeletochronology was studied in a population of Rana
perezi from northwest Spain (Galicia). Age was determined for individual frogs by counting …

The age of a vulnerable frog, Rana porosa brevipoda from Japan was estimated using the
now classical technique of skeletochronology. The mean age did not differ between the …

The determination of animal´ s age is important to obtain information about life history of
species, growth, age and longevity or population structure. In amphibians skeletochronology …

Age, body size, and growth patterns in the subtropical anuran Hyla annectans chuanxiensis
from high (Dengchigou Protection Station) and low (Lingguan Town) elevations in Baoxing …

Skeletochronology is a reliable tool for assessing several parameters in amphibian
populations. We used skeletochronology to determine the age structure, growth rate, age at …

The number of lines of arrested growth (LAGs) in diaphyseal cross-sections of phalanges or
femora was used to assess individual age and growth of 612 Nanorana parkeri, including …

We examined life-history traits such as population age structure, growth and longevity of
Iranian Long-Legged frogs (Rana macrocnemis) from 4 different locations at different …

Using skeletochronology in the Daejung-eup, Jeju, we determined the age structure of
Kaloula borealis. The study was performed during the breed season in June 2009. We …

We compared age and body size of breeding individuals between two populations of Rana
kukunoris, a species endemic to the eastern Tibetan plateau, at different altitudes (3400 m …