AbstractIt was investigated on Soil arthropod communities in the forest-steppe ecotone in northern Hebei province to provide basic information on environment changes, which could promote the development of soil arthropod communities and be useful for the biodiversity conservation in the ecotone. From the preliminary identification, a total of 7994 individual soil arthropods were collected, which belonged to 25 groups, 6 classes and 24 orders. Acarina, Hymenoptera and Collembola were the dominant groups in the ecotone. The increased abundance of rare groups in the Forest zone with the richer vegetation, higher arthropod abundance and more substantial litter depth, could be interpreted as a reaction to the suitable soil environment and food s...
Even with the in-depth implementation of forestry ecological projects, such as restoring farmland to...
Forest recovery has been extensively evaluated using plant communities but fewer studies have been c...
Many abiotic factors may influence the diversity and abundance of soil arthropods in forest plots. T...
AbstractIt was investigated on Soil arthropod communities in the forest-steppe ecotone in northern H...
Serious soil degradation due to human intervention in subtropical China has resulted in a series of ...
This review summarizes main research findings in soil fauna eco-geography in China in the past 30 ye...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
Soil invertebrates can potentially respond to variation of soil and vegetation in a timely manner, y...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
Trampling, litter removal, and variations in the composition and relative abundance of soil arthropo...
Insects are the main group of soil arthropod and the most dominant animals in the terrestrial ecosys...
<p>Insects are the main group of soil arthropod and the most dominant animals in the terrestrial eco...
The phylum Arthropoda is one of the most diverse groups under the terrestrial surface comprising dif...
Even with the in-depth implementation of forestry ecological projects, such as restoring farmland to...
Forest recovery has been extensively evaluated using plant communities but fewer studies have been c...
Many abiotic factors may influence the diversity and abundance of soil arthropods in forest plots. T...
AbstractIt was investigated on Soil arthropod communities in the forest-steppe ecotone in northern H...
Serious soil degradation due to human intervention in subtropical China has resulted in a series of ...
This review summarizes main research findings in soil fauna eco-geography in China in the past 30 ye...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
Soil invertebrates can potentially respond to variation of soil and vegetation in a timely manner, y...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
The arthropod community structure in wolfberry orchards of different management regimes were monitor...
Trampling, litter removal, and variations in the composition and relative abundance of soil arthropo...
Insects are the main group of soil arthropod and the most dominant animals in the terrestrial ecosys...
<p>Insects are the main group of soil arthropod and the most dominant animals in the terrestrial eco...
The phylum Arthropoda is one of the most diverse groups under the terrestrial surface comprising dif...
Even with the in-depth implementation of forestry ecological projects, such as restoring farmland to...
Forest recovery has been extensively evaluated using plant communities but fewer studies have been c...
Many abiotic factors may influence the diversity and abundance of soil arthropods in forest plots. T...