Published December 31, 2020
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Figure 4 in Towards a global synthesis of Collembola knowledge - challenges and potential solutions
Authors/Creators
- 1. A.N. SeVeRTSOV INSTiTUTe Of ECOLOgY aND EVOLUTiON, RUSSiaN ACaDemY Of SCieNCeS, LeNiNSkY PROSPekT 33, 119071 MOSCOW, RUSSia & J.F. BLUmeNbaCH INSTiTUTe Of ZOOLOgY aND ANTHROPOLOgY, UNiVeRSiTY Of GöTTiNgeN, UNTeRe KaRSPUeLe 2, 37073 GöTTiNgeN, GeRmaNY
- 2. DePaRTmeNT Of BOTaNY aND ZOOLOgY, BiOSCieNCeS CeNTeR, FeDeRaL UNiVeRSiTY Of RiO GRaNDe DO NORTe, NaTaL, BRaziL
- 3. SeCURiNg ANTaRCTiCa'S ENViRONmeNTaL FUTURe, SCHOOL Of BiOLOgiCaL SCieNCeS, MONaSH UNiVeRSiTY, ViCTORia 3800, AUSTRaLia
- 4. INSTiTUT De SYSTÉmaTiQUe, ÉVOLUTiON, BiODiVeRSiTÉ (ISYEB), UMR7205, CNRS, MUSÉUm NaTiONaL D'HiSTOiRe NaTUReLLe, SORbONNe UNiVeRSiTÉ, EPHE, 45 RUe BUffON, 75005 PaRiS, FRaNCe
- 5. DePaRTmeNT Of BiOLOgY, UNiVeRSiTY Of ANTWeRP, PRiNSSTRaaT 13, 2000 ANTWeRPeN, BeLgiUm
- 6. INSTiTUTe Of BiOLOgY aND ECOLOgY, FaCULTY Of SCieNCe, P.J. ŠafáRik UNiVeRSiTY, ŠRObáROVa 2, 041 54 KOŠiCe, SLOVakia
- 7. MOSCOW STaTe PeDagOgiCaL UNiVeRSiTY, INSTiTUTe Of BiOLOgY aND CHemiSTRY, KibaLCHiCHa STR. 6k3 129164 MOSCOW, RUSSia
- 8. MUSÉUm NaTiONaL D'HiSTOiRe NaTUReLLe, CNRS UMR 7179, 4 aVeNUe DU PeTiT-CHâTeaU, 91800 BRUNOY, FRaNCe
- 9. UNiVeRSiTY Of NaTURaL ReSOURCeS aND Life SCieNCeS, DePaRTmeNT Of INTegRaTeD BiOLOgY aND BiODiVeRSiTY ReSeaRCH,
- 10. SeNCkeNbeRg MUSeUm Of NaTURaL HiSTORY, SOiL ZOOLOgY DiViSiON, POSTfaCH 300 154, 02806 GöRLiTz, GeRmaNY
- 11. KeY LabORaTORY Of URbaN ENViRONmeNT aND HeaLTH, INSTiTUTe Of URbaN ENViRONmeNT, CHiNeSe ACaDemY Of SCieNCeS,
- 12. DePaRTmeNT Of ENTOmOLOgY, COLLege Of PLaNT PROTeCTiON, NaNjiNg AgRiCULTURaL UNiVeRSiTY, NaNjiNg 210095 CHiNa
- 13. VRije UNiVeRSiTeiT AmSTeRDam, DePaRTmeNT Of ECOLOgiCaL SCieNCe, De BOeLeLaaN 1085, 1081 HV, AmSTeRDam, THe NeTHeRLaNDS & GRONiNgeN UNiVeRSiTY, CONSeRVaTiON aND COmmUNiTY ECOLOgY GROUP, NijeNbORgH 7, 9747 AG, GRONiNgeN, THe NeTHeRLaNDS
Description
Figure 4. Ecosystem processes that can be affected by different functional groups of Collembola. Soil-dwelling Collembola such as Onychiuridae are associated with roots and involved in rhizosphere processes. Many litter-dwelling Isotomidae and Tomoceridae are associated with decomposition processes by grazing and transformation of litter. Most of Hypogastruridae and Neanuridae and litter-dwelling Entomobryidae are largely microbivores and impact directly microbial communities in the litter. Surface-dwelling Symphypleona, Entomobryidae and Paronellidae affect microbial biofilms aboveground. Collembola, especially large surface-dwelling species, support various groups of terrestrial invertebrate predators. Summarised from Potapov et al. (2020, 2016) and Rusek (1998).
Notes
Published as part of Potapov, Anton, Bellini, Bruno C., Chown, Steven L., Deharveng, Louis, Janssens, Frans, Kováč, Ľubomír, Kuznetsova, Natalia, Ponge, Jean-François, Potapov, Mikhail, Querner, Pascal, Russell, David, Sun, Xin, Zhang, Feng & Berg, Matty P., 2020, Towards a global synthesis of Collembola knowledge - challenges and potential solutions, pp. 161-188 in Soil Organisms 92 (3) on page 173, DOI: 10.25674/SO92iSS3PP161, http://zenodo.org/record/13194235
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- Journal article: 10.25674/SO92iSS3PP161 (DOI)
- Journal article: urn:lsid:plazi.org:pub:15281962FF88B852F146D64BFF81FFA3 (LSID)
- Journal article: http://publication.plazi.org/id/15281962FF88B852F146D64BFF81FFA3 (URL)
- Journal article: https://zenodo.org/record/13194235 (URL)