Javascript must be enabled to continue!
Alpine ibex Capra ibex ibex x domestic goat C. aegagrus domestica hybrids in a restricted area of southern Switzerland
View through CrossRef
We documented hybridisation of domestic goats
Capra aegagrus domestica
with free‐ranging male Alpine ibex
Capra ibex ibex
in a restricted area of the southern Swiss Alps in 1989–2001. The number of animals in the hybrid herd reached a maximum of 18 in 1998. We confirmed hybridisation through morphological data and genetic analysis. All presumed hybrids were larger and heavier than Alpine ibex. Horns of hybrids were longer than those of Alpine ibex, and some male horns lacked nodes. In two males studied, the first horn increment was longer than the second. In some cases the pelage colour revealed characteristics untypical for ibex such as prominent leg markings and dark brown colour in young animals. Microsatellite analysis in one male revealed ibex specific alleles as well as goat specific alleles. We concluded that this male, as well as the other animals studied, were Alpine ibex x domestic goat hybrids. All wild goats and their hybrid offspring were removed by state gamekeepers in 1998–2001 to maintain the genetic integrity of free‐ranging Alpine ibex living in the area. We suggest that the survival of hybrids depends largely on habitat characteristics. In the study area, the hybrid winter range was exposed to the south. The sunny rocky slope was steep and reached down to an altitude of 1,500 m a.s.l. On this slope, animals found food in early spring and a refuge against adverse weather conditions.
Title: Alpine ibex
Capra ibex ibex
x domestic goat
C. aegagrus domestica
hybrids in a restricted area of southern Switzerland
Description:
We documented hybridisation of domestic goats
Capra aegagrus domestica
with free‐ranging male Alpine ibex
Capra ibex ibex
in a restricted area of the southern Swiss Alps in 1989–2001.
The number of animals in the hybrid herd reached a maximum of 18 in 1998.
We confirmed hybridisation through morphological data and genetic analysis.
All presumed hybrids were larger and heavier than Alpine ibex.
Horns of hybrids were longer than those of Alpine ibex, and some male horns lacked nodes.
In two males studied, the first horn increment was longer than the second.
In some cases the pelage colour revealed characteristics untypical for ibex such as prominent leg markings and dark brown colour in young animals.
Microsatellite analysis in one male revealed ibex specific alleles as well as goat specific alleles.
We concluded that this male, as well as the other animals studied, were Alpine ibex x domestic goat hybrids.
All wild goats and their hybrid offspring were removed by state gamekeepers in 1998–2001 to maintain the genetic integrity of free‐ranging Alpine ibex living in the area.
We suggest that the survival of hybrids depends largely on habitat characteristics.
In the study area, the hybrid winter range was exposed to the south.
The sunny rocky slope was steep and reached down to an altitude of 1,500 m a.
s.
l.
On this slope, animals found food in early spring and a refuge against adverse weather conditions.
Related Results
Reducing carbon emission in the goat farms by switching from conventional goat farming to green goat farm typology
Reducing carbon emission in the goat farms by switching from conventional goat farming to green goat farm typology
The carbon footprint of goat farms associated with the management type and the income sacrifice to switch to green goat farms are still not precise in the literature. Therefore, th...
First Molecular Anaplasma capra Detection in Turkish Goats
First Molecular Anaplasma capra Detection in Turkish Goats
Abstract
Anaplasma capra infection is usually asymptomatic, but it is known to cause zoonotic tick-borne diseases. A. capra's morphological characteristics and the types of...
Frank Capra
Frank Capra
Already in 1938—before Mr. Smith Goes to Washington, Meet John Doe, the Why We Fight films, and It’s a Wonderful Life —Capra was the first director to grace the cover of Time Magaz...
DOMINANCE AND HETEROSIS IN F1 WATERMELON HYBRIDS
DOMINANCE AND HETEROSIS IN F1 WATERMELON HYBRIDS
Purpose. To evaluate heterosis in new F1 hybrids and to select the best ones with the greatest dominance and heterosis for the "growing period length", "yield", "marketability" and...
Profil Hematologi dan Urinalisis pada Kambing Kacang yang Terinfeksi Sarcoptes scabiei
Profil Hematologi dan Urinalisis pada Kambing Kacang yang Terinfeksi Sarcoptes scabiei
Capra aegagrus hircus are local goats native to Indonesia with great potential to be developed to meet animal protein needs. The success of Capra aegagrus hircus rearing is closely...
Estimating Alpine ibex Capra ibex abundance from photographic sampling
Estimating Alpine ibex Capra ibex abundance from photographic sampling
AbstractMonitoring procedures for Alpine ibex Capra ibex are limited in habitats with reduced visibility and when physical capture and marking of the animals is not intended. Photo...
Sex‐ and age‐structured models for Alpine ibex
Capra ibex ibex
population dynamics
Sex‐ and age‐structured models for Alpine ibex
Capra ibex ibex
population dynamics
Past analysis has shown that the population dynamics of Alpine ibex
Capra ibex ibex
are regulated by both population density and winter snow...
Comparative biochemical properties of recombinant goat and calf chymosins and their implications in dairy processing
Comparative biochemical properties of recombinant goat and calf chymosins and their implications in dairy processing
Abstract
The nutritional and functional properties of goat milk are well-established. However, the use of camel and calf-derived chymosins during cheese making from goat ...

