Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Diversity of Ants (Hymenoptera, Formicidae) in Two Forest Sites from Kabylia of Djurdjura, Northern Algeria

View through CrossRef
The current study deals with the diversity of ants (Hymenoptera, Formicidae) in Kabylia of Djurdjura. It has been carried out in two forest sites from the localities of Azeffoun and Assi-Youcef, Tizi Ouzou (northern Algeria). Two sampling methods were adopted: manual capture and pitfall traps. Various community metrics were used as key elements to assess ant biodiversity within the two study sites. They included the species richness, the relative abundance, the constancy, and the Shannon-Weaver and equitability indices. Our inventory allowed identifying 24 species belonging to 12 genera and three subfamilies, which are the Myrmicinae (58%), the Formicinae (34%), and the Dolichoderinae (08%). The highest species richness was registered for the two first subfamilies, while the subfamily Dolichoderinae dominated numerically. The Site of Azeffoun, which is more submitted to human activities, recorded higher values in the number of individuals, the species richness, and the Shannon-Weaver diversity index. However, the difference between the two sites consisted mainly of the rare species, such as Crematogaster laestrygon, Goniomma sp. and Palagiolepis sp., which were present in the Azeffoun site. The local site conditions certainly have played a key role in ant species occurrence within the two study areas. Azeffoun is more disturbed than Assi-Youcef, resulting in the recruitment of much more rare and accidental species in the first site. In contrast, the rate of accessory to omnipresent species is substantially higher in Assi-Youcef, which recorded a high species evenness. To the best of our knowledge, this is the first study to report the ant genus Formica in Kabylia of Djurdjura.
Title: Diversity of Ants (Hymenoptera, Formicidae) in Two Forest Sites from Kabylia of Djurdjura, Northern Algeria
Description:
The current study deals with the diversity of ants (Hymenoptera, Formicidae) in Kabylia of Djurdjura.
It has been carried out in two forest sites from the localities of Azeffoun and Assi-Youcef, Tizi Ouzou (northern Algeria).
Two sampling methods were adopted: manual capture and pitfall traps.
Various community metrics were used as key elements to assess ant biodiversity within the two study sites.
They included the species richness, the relative abundance, the constancy, and the Shannon-Weaver and equitability indices.
Our inventory allowed identifying 24 species belonging to 12 genera and three subfamilies, which are the Myrmicinae (58%), the Formicinae (34%), and the Dolichoderinae (08%).
The highest species richness was registered for the two first subfamilies, while the subfamily Dolichoderinae dominated numerically.
The Site of Azeffoun, which is more submitted to human activities, recorded higher values in the number of individuals, the species richness, and the Shannon-Weaver diversity index.
However, the difference between the two sites consisted mainly of the rare species, such as Crematogaster laestrygon, Goniomma sp.
and Palagiolepis sp.
, which were present in the Azeffoun site.
The local site conditions certainly have played a key role in ant species occurrence within the two study areas.
Azeffoun is more disturbed than Assi-Youcef, resulting in the recruitment of much more rare and accidental species in the first site.
In contrast, the rate of accessory to omnipresent species is substantially higher in Assi-Youcef, which recorded a high species evenness.
To the best of our knowledge, this is the first study to report the ant genus Formica in Kabylia of Djurdjura.

Related Results

Multi-host viruses in Argentine ants and honey bees: Increased viral disease in honey bees is associated with Argentine ants
Multi-host viruses in Argentine ants and honey bees: Increased viral disease in honey bees is associated with Argentine ants
<p><b>Emerging infectious diseases threaten public health, livestock economies, and wildlife. Human-mediated species introductions can alter host and pathogen communiti...
Urban tropical forest islets as hotspots of ants in general and invasive ants in particular
Urban tropical forest islets as hotspots of ants in general and invasive ants in particular
AbstractUrbanization is a crucial driver of environmental and biodiversity change. It is suggested that urbanization favours generalist and invasive species and might harm speciali...
Factors Promoting Coexistence between Endemic Ants and Invasive Wasps
Factors Promoting Coexistence between Endemic Ants and Invasive Wasps
<p>Invasive animals can alter the community composition of native ecosystems by means of competition and predation. In this study I investigated the factors that may facilita...
Entomofauna Associated Tree Plantations in Gezira State, Sudan
Entomofauna Associated Tree Plantations in Gezira State, Sudan
Sudan has a diverse ecological zones, ranging from deserts and semi-deserts to low- and high-rainfall savannas, special forest types, montane forests, and coastal regions. Each of ...
Secondary Succession in the Lowland Forests of the Marlborough Sounds Maritime Park
Secondary Succession in the Lowland Forests of the Marlborough Sounds Maritime Park
<p>This study documents aspects of the forest recovery process in secondary communities of the Marlborough sounds Maritime park. some 39 types of seral vegetation were recogn...
Native and Invasive Ants Affect Floral Visits of Pollinating Honey Bees in Pumpkin Flowers (Cucurbita Maxima)
Native and Invasive Ants Affect Floral Visits of Pollinating Honey Bees in Pumpkin Flowers (Cucurbita Maxima)
Abstract Global pollinator decline is a major concern. Several factors – climate change, land-use change, the decline of flowers, pesticide use, invasive species – have bee...

Back to Top