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

Earthworm richness in no-tillage farming systems and riparian forests in Southern and Southeastern Brazil

View through CrossRef
No-tillage (NT) is a soil conservation management practice that can sustain important earthworm populations due the maintenance of soil cover and absence of soil disturbance. Sites with NT can also support native earthworm species, but few studies have identified the earthworms collected under NT. Therefore, the present study evaluated earthworm diversity in 14 sites under NT and seven with riparian forest (RF) in Atlantic Forest located in Rolândia, Cambé, Toledo (Paraná), Coxilha, Sarandi (Rio Grande do Sul) and Itaí (São Paulo). The earthworms were collected by handsorting using quantitative and qualitative methods. The 1471 individuals collected were classified into 23 species belonging to five families: Glossoscolex sp.71, sp.72, sp.73 and sp.74, Fimoscolex sp.23 sp.24 and sp.25 (Glossoscolecidae); Pontoscolex corethrurus, Urobenus brasiliensis (Rhinodrilidae); Haplodrilus sp.1 and sp.2, Ocnerodrilidae sp.1, sp.15, sp.16, sp.48, sp.49 and sp.50 (Ocnerodrilidae); Amynthas gracilis, Metaphire californica (Megascolecidae); Dichogaster affinis, D. gracilis, D. bolaui and D. saliens (Benhamiidae). Of the total, 15 were native and eight were exotic species. In general NT sites had higher species richness than the forest sites (except at Itaí), mainly due to the invasion of NT fields by exotic species, particularly Ocnerodrilidae sp.1 and Dichogaster spp. Six of the seven forests had native species, but only four NT fields had native earthworms, and these were generally found in low abundance.  
Title: Earthworm richness in no-tillage farming systems and riparian forests in Southern and Southeastern Brazil
Description:
No-tillage (NT) is a soil conservation management practice that can sustain important earthworm populations due the maintenance of soil cover and absence of soil disturbance.
Sites with NT can also support native earthworm species, but few studies have identified the earthworms collected under NT.
Therefore, the present study evaluated earthworm diversity in 14 sites under NT and seven with riparian forest (RF) in Atlantic Forest located in Rolândia, Cambé, Toledo (Paraná), Coxilha, Sarandi (Rio Grande do Sul) and Itaí (São Paulo).
The earthworms were collected by handsorting using quantitative and qualitative methods.
The 1471 individuals collected were classified into 23 species belonging to five families: Glossoscolex sp.
71, sp.
72, sp.
73 and sp.
74, Fimoscolex sp.
23 sp.
24 and sp.
25 (Glossoscolecidae); Pontoscolex corethrurus, Urobenus brasiliensis (Rhinodrilidae); Haplodrilus sp.
1 and sp.
2, Ocnerodrilidae sp.
1, sp.
15, sp.
16, sp.
48, sp.
49 and sp.
50 (Ocnerodrilidae); Amynthas gracilis, Metaphire californica (Megascolecidae); Dichogaster affinis, D.
gracilis, D.
bolaui and D.
saliens (Benhamiidae).
Of the total, 15 were native and eight were exotic species.
In general NT sites had higher species richness than the forest sites (except at Itaí), mainly due to the invasion of NT fields by exotic species, particularly Ocnerodrilidae sp.
1 and Dichogaster spp.
Six of the seven forests had native species, but only four NT fields had native earthworms, and these were generally found in low abundance.
 .

Related Results

Improvement of native grassland by legumes introduction and tillage techniques
Improvement of native grassland by legumes introduction and tillage techniques
Improvement of native grassland by legumes introduction and tillage techniques Improvement of native grassland by legumes introduction and tillage techniques A factorial design usi...
Effect of tillage practice on growth and yield of maize
Effect of tillage practice on growth and yield of maize
The study aimed at evaluating the effect of tillage practice on vegetative growth and yield of maize and was guided by the following objectives; to evaluate the effect of tillage p...
Can cows and fish co-exist?
Can cows and fish co-exist?
Our paper provides an ecological perspective on the interrelationship between livestock grazing and riparian areas through a review of topical literature. We also describe the Albe...
Conservation agriculture options for a Rice-Maize cropping systems in Bangladesh
Conservation agriculture options for a Rice-Maize cropping systems in Bangladesh
Over the last two decades, Rice (Oryza sativa L.)-Maize (Zea mays L.) cropping systems have become one of the most dominant cropping systems in Bangladesh. This has coincided with ...
Sustainable Tillage Options under Flood-Based Farming Systems
Sustainable Tillage Options under Flood-Based Farming Systems
Floodplains are usually endowed with abundant water resources and fertile soils making them the world’s most productive ecosystems. However, these floodplains are prone to soil ero...
Soil Compaction from Wheel Traffic under Three Tillage Systems
Soil Compaction from Wheel Traffic under Three Tillage Systems
Agricultural fields are usually subjected to high amounts of traffic from field operations. The influence of traffic on sandy loam soil in three tillage systems were investigated i...
Deep Tillage Improves Degraded Soils in the (Sub) Humid Ethiopian Highlands
Deep Tillage Improves Degraded Soils in the (Sub) Humid Ethiopian Highlands
Intensification of rainfed agriculture in the Ethiopian highlands has resulted in soil degradation and hardpan formation, which has reduced rooting depth, decreased deep percolatio...

Back to Top