Spiders are crucial in controlling insect pest population. The various cultivation managements such as fertilizer and pesticide application, weeding, pruning, harvesting, and cropping system affect their diversity. In the plantation, vegetation diversification has applied various practices, including monoculture, and intercropping, which influence the spider community. Thus, this study was intended to determine the spider abundance and diversity of the tea plantation, and the intercropping field (tea and strawberry) at Serang village, Karangreja Sub-District, District of Purbalingga. A survey and purposive sampling techniques were conducted, then the spiders were hand collected. Shannon-Wiener diversity (H’), Evenness (E), Simpson’s dominan...
Spiders are classified as Anthrophoda, Arachnida, and Araneae. Spiders are classified into two types...
KEANEKARAGAMAN LABA-LABA (Arachnida : Araneae) PADA EKOSISTEM PADI ORGANIK DAN KONVENSIONAL DI KABUP...
Present study was conducted to reveals the community structure and diversity of spider species in di...
Spiders are crucial in controlling insect pest population. The various cultivation managements such ...
Effect of pesticides in the crop fields is now well known. Tea is no exception to this. Idea behind ...
Spiders have an important role in ecosystems, in particular agricultural ecosystems. Spiders play th...
Spiders have an important role in ecosystems, in particular agricultural ecosystems. Spiders play th...
The lush leaves of tea within several years after prune is expected to be followed by arthropod abun...
Agricultural practice is suspected to influence the availability of spiders in cashew plantation. Th...
Agricultural practice is suspected to influence the availability of spiders in cashew plantation. Th...
Spiders are organisms that can adapt to various environments throughout the earth's surface from arc...
<p>Spiders (Araneae) occur in high abundance in all terrestrial ecosystems including agro-ecos...
Spiders are the most dominant predatory natural enemies of insect pests in the tea plantation ecosys...
Spiders are the most dominant predatory natural enemies of insect pests in the tea plantation ecosys...
The effective prey searching ability and polyphagy of spiders makes them important predators of crop...
Spiders are classified as Anthrophoda, Arachnida, and Araneae. Spiders are classified into two types...
KEANEKARAGAMAN LABA-LABA (Arachnida : Araneae) PADA EKOSISTEM PADI ORGANIK DAN KONVENSIONAL DI KABUP...
Present study was conducted to reveals the community structure and diversity of spider species in di...
Spiders are crucial in controlling insect pest population. The various cultivation managements such ...
Effect of pesticides in the crop fields is now well known. Tea is no exception to this. Idea behind ...
Spiders have an important role in ecosystems, in particular agricultural ecosystems. Spiders play th...
Spiders have an important role in ecosystems, in particular agricultural ecosystems. Spiders play th...
The lush leaves of tea within several years after prune is expected to be followed by arthropod abun...
Agricultural practice is suspected to influence the availability of spiders in cashew plantation. Th...
Agricultural practice is suspected to influence the availability of spiders in cashew plantation. Th...
Spiders are organisms that can adapt to various environments throughout the earth's surface from arc...
<p>Spiders (Araneae) occur in high abundance in all terrestrial ecosystems including agro-ecos...
Spiders are the most dominant predatory natural enemies of insect pests in the tea plantation ecosys...
Spiders are the most dominant predatory natural enemies of insect pests in the tea plantation ecosys...
The effective prey searching ability and polyphagy of spiders makes them important predators of crop...
Spiders are classified as Anthrophoda, Arachnida, and Araneae. Spiders are classified into two types...
KEANEKARAGAMAN LABA-LABA (Arachnida : Araneae) PADA EKOSISTEM PADI ORGANIK DAN KONVENSIONAL DI KABUP...
Present study was conducted to reveals the community structure and diversity of spider species in di...