The use of macrochaetotaxy in taxonomy of palaearctic Folsomia (Collembola, Isotomidae)

Potapov, Mikhail

doi:10.1078/s0031-4056(04)70043-8

Cited by 40 publications

(78 citation statements)

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“…This is in accordance with several other studies of edaphic Collembola after forest fire events (Huhta et al 1969;Malmström 2012;Kim & Jung 2008). In contrast, Čuchta et al (2012a) discovered increase of abundance and species richness of edaphic Collembola in windthrown forest stands affected by fire (identical with the present study), although eurytopic C. denticulata and C. armata, and xeroresistant Anurophorus laricis, A. cuspidatus and Folsomia manolachei (Auclerc et al 2009;Potapov 2001;Thibaud et al 2004) revealed similar pattern of density. Populations of these species increased within two years after the fire event as they were favoured by soil conditions in FIR stands whereas in reference forest most of them were totally absent.…”

supporting

confidence: 61%

“…Therefore shifts in epigeic collembolan community structure associated with environmental conditions in extracted and burned stands were detected. Windthrown forest stands from which fallen wood had been removed (EXT) favoured mostly eurytopic species P. notabilis and L. lignorum (Fjellberg 2007;Potapov 2001), species characteristic for meadows, e.g., H. linnaniemii (Bretfeld 1999), or drought tolerant species E. nivalis (Ponge 1993). The preference of O. flavescens, to exposed stands is in accordance with a similar study of Siira-Pietikäinen et al (2003).…”

Section: Discussionmentioning

confidence: 99%

“…The traps were filled with a water solution of 4% formaldehyde. The content of pitfall traps was transferred to 75% ethylalcohol for storage and Collembola were identified to species level using taxonomic keys for Symphypleona (Bretfeld 1999;Fjellberg 2007), Poduromorpha (Fjellberg 1998), Hypogastruridae (Thibaud et al 2004), Isotomidae (Potapov 2001) and Onychiurinae (Pomorski 1998).…”

Section: Methodsmentioning

confidence: 99%

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The effect of windthrow, wild fire, and management practices on epigeic Collembola in windthrown forest stands of the High Tatra Mts (Slovakia)

2013

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Epigeic communities of Collembola were studied after a windthrow in differently managed spruce forest stands in the High Tatras, Slovakia. Investigations were carried out in following treatments: reference forest stands (REF), windthrown stands left to natural regeneration (NEX), windthrown stands from which fallen wood had been extracted (EXT), and windthrown stands from which fallen wood had been removed and which had been affected by fire (FIR). A KruskalWallis nonparametric ANOVA revealed significant differences of Collembola community composition and activity between the treatments studied, which was also further supported by the results from NMS ordination and cluster analysis using indicator species analysis. EXT stands had communities with remarkably high activity and diversity of Collembola, whereas FIR stands had low species richness and diversity indices compared to other treatments (REF, NEX, EXT). Windthrown stands had greater collembolan activity and diversity (NEX, EXT) than intact forest stands. However, forest specialists and bryophilous species were sensitive to forest clearing and fire disturbance and were replaced by xeroresistant and generalist species, or species preferring open habitats. The collembolan community most similar to that found in REF stands, in terms of community homogeneity and the magnitude of diversity indices, was found in NEX stands.

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supporting

confidence: 61%

Section: Discussionmentioning

confidence: 99%

Section: Methodsmentioning

confidence: 99%

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The effect of windthrow, wild fire, and management practices on epigeic Collembola in windthrown forest stands of the High Tatra Mts (Slovakia)

2013

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“…2009 Folsomina onychiurina emerged as an indicator of the successional stage of forest growth. This species is known to occur in different kinds of forests and open grassland litter (Potapov, 2001). Takeda (1987) showed that it was one of the dominant species of pine forests, while Tanaka & Kitazawa (1982) showed that it maintained similar abundance in lawns and natural forests.…”

Section: Resultsmentioning

confidence: 99%

“…Therefore, humidity was apparently not a determinant of the distribution of the species. This species is known to be sensitive to different kinds of disturbances in Europe (Potapov, 2001). In addition, in Japan, Tanaka & Kitazawa (1982) showed a sudden decrease in the density of the species from natural to secondary forest.…”

Section: Resultsmentioning

confidence: 99%

Collembolan community in broad-leaved forests and in conifer stands of Cryptomeria japonica in Central Japan

Hasegawa

Fukuyama

Makino

et al. 2009

Pesq. agropec. bras.

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− Collembolan communities in conifer plantations (Japanese cedar, Cryptomeria japonica) and secondary deciduous broad-leaved forests of varying ages were investigated to determine the extent to which forest conversion (broad-leaved to coniferous) affects the species richness and assemblage composition of Collembola in central Japan. Density and total species richness of Collembola not differed between the broad-leaved and cedar forests except immediately after clear-cutting. The amount of forest-fl oor organic matter was larger in cedar forests and positively correlated with the species richness of detritus feeders. Species richness of fungal feeders and sucking feeders positively correlated with the species richness of forest-fl oor plants. There was difference in collembolan species composition between the forest types. The age of the forests seemed to have only small importance for the collembolan community, except during the fi rst four years after clear-cutting. The conversion to artifi cial cedar stands has not reduced the abundance or species richness of collembolan communities, but has affected community composition. Differences in species composition may be related to the ground fl oras.Index terms: japanese cedar, species composition, feeding habit, undergrowth. Comunidade de Colêmbolos em fl orestas decíduas e em plantações da conífera Cryptomeria japonica no Japão centralResumo − As comunidades de colêmbolos nas plantações da conífera Cryptomeria japonica (cedro japonês) e fl orestas decíduas secundárias de várias idades foram investigadas para determinar até que ponto a conversão da fl oresta decídua em conífera afeta a riqueza das espécies e a composição das comunidades de colêmbolos no Japão central. A densidade e a riqueza total de espécies de Collembola não foram diferentes entre as fl orestas decíduas e de cedro, exceto imediatamente depois do corte raso. A quantidade de matéria orgânica acumulada no solo foi maior sob cedro e positivamente correlacionada com a riqueza de espécies de detritívoros. A riqueza de espécies de fungívoros e sugadores foi positivamente correlacionada à riqueza de espécies de plantas do estrato herbáceo da fl oresta. Houve diferença na composição das espécies de colêmbolos entre os tipos de fl oresta. A idade das fl orestas parece ter pouca importância para a comunidade de colêmbolos, exceto nos primeiros quatro anos após o corte raso. Concluiu-se que a conversão da fl oresta decídua em plantações de cedro japonês não causou diminuição na abundância e na riqueza das espécies das comunidades de colêmbolos, mas afetou a composição dessas comunidades. As diferenças na composição das espécies podem ser relacionadas ao desenvolvimento de plantas do estrato herbáceo da fl oresta.Termos para indexação: cedro japonês, composição de espécies, hábito alimentar, vegetação rasteira.

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Invertebrate communities (Collembola and Acari) in soil cover treatments for mine tailings in a long‐term field experiment

Pelaez‐Sanchez,

Schmidt,

Proto

et al. 2023

Land Degrad Dev

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Assessment of mine rehabilitation strategies including soil cover treatments rely mainly on soil physico‐chemical properties or plant performance indices, while much less is known about the response of biological soil properties. This field study evaluated the response of soil mesofauna (Collembola and Acari) in soil cover treatments (mainly subsoil and subsoil) on mine tailings, with or without organic amendments. The field experiment was conducted in large (1 m3) units rehabilitated in 2014, and mesofauna in soil cores was assessed 7 years later. The richness of Collembola and Acari as well as the density of Acari increased with organic amendments. Collembola community composition changed with the addition of soil cover and organic amendments. The density and community composition of Acari were strongly positively associated with organic carbon. The density of Euedaphic Collembola decreased, whereas Hemiedaphic and Epedaphic forms increased with soil cover. The contribution of generalist and metal‐tolerant species explained the high density of Euedaphic life forms in tailings. Species‐specific traits for Collembola and Acari could play an essential role in explaining the response of populations to treatments, such as affinity for C‐enriched habitats, food preferences, and sensitivity to heavy metals. Overall, it is recommended to use a multiple diversity indices approach, to collect data on the density and assemblage of mesofauna species to investigate the response of mesofauna communities to soil cover treatments. Mine tailings rehabilitation strategies should focus on improving the nutrient content of soil covers, since it benefits diversity and density of soil fauna.

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The use of macrochaetotaxy in taxonomy of palaearctic Folsomia (Collembola, Isotomidae)

Cited by 40 publications

References 1 publication

The effect of windthrow, wild fire, and management practices on epigeic Collembola in windthrown forest stands of the High Tatra Mts (Slovakia)

The effect of windthrow, wild fire, and management practices on epigeic Collembola in windthrown forest stands of the High Tatra Mts (Slovakia)

Collembolan community in broad-leaved forests and in conifer stands of Cryptomeria japonica in Central Japan

Invertebrate communities (Collembola and Acari) in soil cover treatments for mine tailings in a long‐term field experiment

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