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 | Acesso ao texto completo restrito à biblioteca da Embrapa Soja. Para informações adicionais entre em contato com valeria.cardoso@embrapa.br. |
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Registro Completo |
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Biblioteca(s): |
Embrapa Soja. |
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Data corrente: |
29/06/2005 |
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Data da última atualização: |
02/02/2026 |
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Tipo da produção científica: |
Resumo em Anais de Congresso |
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Autoria: |
BENITO, N. P.; KORASAKI, V.; BROWN, G. G.; PASINI, A. |
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Afiliação: |
UNIVERSIDADE ESTADUAL DE LONDRINA; UNIVERSIDADE ESTADUAL DE LONDRINA; GEORGE GARDNER BROWN, CNPSO; UNIVERSIDADE ESTADUAL DE LONDRINA. |
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Título: |
Soil macroinvertebrate community diversity in native Atlantic Forest and agroecosystems in Londrina, Paraná State, Brazil. |
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Ano de publicação: |
2004 |
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Fonte/Imprenta: |
In: INTERNATIONAL COLLOQUIUM ON SOIL ZOOLOGY AND ECOLOGY, 14., 2004. Mont Saint Aignan. Abstracts... Mont Saint Aignan: Université de Rouen, 2004. p. 21. |
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Idioma: |
Inglês |
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Conteúdo: |
The soil macrofauna, comprised of invertebrates > 2mm, includes both beneficials and pests of agricultural crops ( e.g., termites, ants, eartworms, beetle white-grubs, true-bugs, snails, milipedes, centipedes, spiders, crickets, larvae of insects and other). Their diversity tends to be low in highly-disturbed systems such as those with conventional tillage (CT) and pesticides, but can be increased with appropriate soil and ecosystem management, including organic matter addition, no-tillage or direct drillings (NT) and crop rotations. Their activity is important for soil physical, chemical and biological properties and processes and also for plant growth and ecosystem productivity. Studies on the soil macroinvertebrate communities in the region of Londrina began in 1998, in private farms and research trials with different crop management systems. Soils of the region are primarily clayey (>65% clay) distrophic or eutrophic Red Latossols (Oxisols and Ultisols). Sample were taken in summer (mainly) soybean) and winter crops (mainly wheat and oats) under various tillage and crop management practices (including NT and CT) and in native forests, using the TSBF (Anderson and Ingram 1993) methodology. The total number of mosphospecies, orders and N taxonomic groups sample-1 were measured per land use system. In the native Atlantic Forests, total group diversity ranged from 25 to 27 taxonomic orders, and total diversity ranged from 82-126 mosphospecies. The number of orders per monolith ranged from 13-18, indicating high diversity per sample, and a more even distribution of the diversity over the sample area. Ants and termites predominated, and the most diverse group were the ants (11-22 mosphospecies), followed by beetle adults (13-19 morphosp.), beetle larvae (12-13 mosphosp.) and spiders (8-11 mosphosp.). In the agroecosystems, total group diversity was much lower, ranging from 12-13 orders in CT to 16-18 orders in NT and minimum tillage (MT). The number of orders per sample was also lower, ranging from 6-7 orders in CT and 10-11 orders in NT and MT. Studying the community composition of the soil fauna is important for the holistic understanding of the soil and its function, since the equilibrium/disequillibrium processes of these communities can result in the explosion of pests, the loss of good soil physical structure, soil fertility and productive potential. So far, very few measurements of the soil fauna communities and their diversity in agricultural systems have been perfomed in Brazil and, due to their importance for soil function (e.g., pest or ecosystem engineering effects, sensu Lavelle et al., 1997), these organisms deserve more attention. MenosThe soil macrofauna, comprised of invertebrates > 2mm, includes both beneficials and pests of agricultural crops ( e.g., termites, ants, eartworms, beetle white-grubs, true-bugs, snails, milipedes, centipedes, spiders, crickets, larvae of insects and other). Their diversity tends to be low in highly-disturbed systems such as those with conventional tillage (CT) and pesticides, but can be increased with appropriate soil and ecosystem management, including organic matter addition, no-tillage or direct drillings (NT) and crop rotations. Their activity is important for soil physical, chemical and biological properties and processes and also for plant growth and ecosystem productivity. Studies on the soil macroinvertebrate communities in the region of Londrina began in 1998, in private farms and research trials with different crop management systems. Soils of the region are primarily clayey (>65% clay) distrophic or eutrophic Red Latossols (Oxisols and Ultisols). Sample were taken in summer (mainly) soybean) and winter crops (mainly wheat and oats) under various tillage and crop management practices (including NT and CT) and in native forests, using the TSBF (Anderson and Ingram 1993) methodology. The total number of mosphospecies, orders and N taxonomic groups sample-1 were measured per land use system. In the native Atlantic Forests, total group diversity ranged from 25 to 27 taxonomic orders, and total diversity ranged from 82-126 mosphospecies. The number of orders per monoli... Mostrar Tudo |
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Thesagro: |
Animal Invertebrado; Biologia do Solo. |
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Thesaurus Nal: |
Macroinvertebrates. |
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Categoria do assunto: |
X Pesquisa, Tecnologia e Engenharia |
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Marc: |
LEADER 03393nam a2200181 a 4500
001 1468147
005 2026-02-02
008 2004 bl uuuu u00u1 u #d
100 1 $aBENITO, N. P.
245 $aSoil macroinvertebrate community diversity in native Atlantic Forest and agroecosystems in Londrina, Paraná State, Brazil.$h[electronic resource]
260 $aIn: INTERNATIONAL COLLOQUIUM ON SOIL ZOOLOGY AND ECOLOGY, 14., 2004. Mont Saint Aignan. Abstracts... Mont Saint Aignan: Université de Rouen, 2004. p. 21.$c2004
520 $aThe soil macrofauna, comprised of invertebrates > 2mm, includes both beneficials and pests of agricultural crops ( e.g., termites, ants, eartworms, beetle white-grubs, true-bugs, snails, milipedes, centipedes, spiders, crickets, larvae of insects and other). Their diversity tends to be low in highly-disturbed systems such as those with conventional tillage (CT) and pesticides, but can be increased with appropriate soil and ecosystem management, including organic matter addition, no-tillage or direct drillings (NT) and crop rotations. Their activity is important for soil physical, chemical and biological properties and processes and also for plant growth and ecosystem productivity. Studies on the soil macroinvertebrate communities in the region of Londrina began in 1998, in private farms and research trials with different crop management systems. Soils of the region are primarily clayey (>65% clay) distrophic or eutrophic Red Latossols (Oxisols and Ultisols). Sample were taken in summer (mainly) soybean) and winter crops (mainly wheat and oats) under various tillage and crop management practices (including NT and CT) and in native forests, using the TSBF (Anderson and Ingram 1993) methodology. The total number of mosphospecies, orders and N taxonomic groups sample-1 were measured per land use system. In the native Atlantic Forests, total group diversity ranged from 25 to 27 taxonomic orders, and total diversity ranged from 82-126 mosphospecies. The number of orders per monolith ranged from 13-18, indicating high diversity per sample, and a more even distribution of the diversity over the sample area. Ants and termites predominated, and the most diverse group were the ants (11-22 mosphospecies), followed by beetle adults (13-19 morphosp.), beetle larvae (12-13 mosphosp.) and spiders (8-11 mosphosp.). In the agroecosystems, total group diversity was much lower, ranging from 12-13 orders in CT to 16-18 orders in NT and minimum tillage (MT). The number of orders per sample was also lower, ranging from 6-7 orders in CT and 10-11 orders in NT and MT. Studying the community composition of the soil fauna is important for the holistic understanding of the soil and its function, since the equilibrium/disequillibrium processes of these communities can result in the explosion of pests, the loss of good soil physical structure, soil fertility and productive potential. So far, very few measurements of the soil fauna communities and their diversity in agricultural systems have been perfomed in Brazil and, due to their importance for soil function (e.g., pest or ecosystem engineering effects, sensu Lavelle et al., 1997), these organisms deserve more attention.
650 $aMacroinvertebrates
650 $aAnimal Invertebrado
650 $aBiologia do Solo
700 1 $aKORASAKI, V.
700 1 $aBROWN, G. G.
700 1 $aPASINI, A.
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Registro original: |
Embrapa Soja (CNPSO) |
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| 2. |  | HUG, L. A.; HATZENPICHLE, R.; MORARU, C.; SOARES, A. R.; MEYER, F.; HEYDER, A.; THE DATA REUSE CONSORTIUM; PROBST, A. J. A roadmap for equitable reuse of public microbiome data. Nature Microbiology, v. 10, n. 10, p. 2384-2395, Oct. 2025. A pesquisadora I. R. Gerhardt, CNPTIA, faz parte de The Data Reuse Consortium. Artigo vinculado à Solução de Inovação "Microrganismos inoculantes para aumento de tolerância a estresses e de produtividade" (código SEG 20.20.00.149.00.04).| Biblioteca(s): Embrapa Agricultura Digital. |
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| 3. | | TURNER, D.; ADRIAENSSENS, E. M.; AMANN, R. I.; BARDY, P.; BARTLAU, N.; BARYLSKI, J.; BŁAŻEJAK, S.; BOUZARI, M.; BRIEGEL, A.; BRIERS, Y.; CARRILLO, D.; CHEN, X.; CLAESSEN, D.; COOK, R.; CRISCI, M. A.; DECHESNE, A.; DEPTULA, P.; DUTILH, B. E.; ELY, B.; FIESELER, L.; FOGG, P. C.; FUKUDOME, A.; GANJOOR, M. S.; GIENTKA, I.; HOLMFELDT, K.; KALATZIS, P. G.; KAUFFMAN, K. M.; KEMPFF, A.; KNEZEVIC, P.; KOONIN, E. V.; KROPINSKI, A. M.; KRUPOVIC, M.; KURTBÖKE, I.; LAMBON, K.; LAVIGNE, R.; LEHMAN, S. M.; LIU, H.; LOOD, C.; LURZ, R.; MÄNTYNEN, S.; MATRISHIN, C. B.; MIDDELBOE, M.; MILLARD, A. D.; MORARU, C.; NIELSEN, D. S.; NOBREGA, F. L.; NUNOURA, T.; OKSANEN, H. M.; ONGENAE, V.; PARRA, B.; PAS, C.; POGLIANO, J.; PORANEN, M. M.; POTIPIMPANON, S.; PRICHARD, A.; PYE, H. V.; ROTHSCHILD-RODRIGUEZ, D.; ROZEN, D. E.; SANTINI, J. M.; SHA, Y.; SHYMIALEVICH, D.; SOKOŁOWSKA, B.; SOLEIMANI-DELFAN, A.; ŚREDNICKA, P.; TAVARES, P.; TELATIN, A.; TOLSTOY, I.; URAYAMA, S.; NEER, V. V.; VOGENSEN, F. K.; WEN, Q.; WICHELS, A.; WÓJCICKI, M. Summary of taxonomy changes ratified by the International Committee on Taxonomy of Viruses (ICTV) from the Bacterial Viruses Subcommittee, 2025. Journal of General Virology, v.106, n.7, p., 2025 0022-1317, Microbiology Society, 2025.| Tipo: Artigo em Periódico Indexado | Circulação/Nível: A - 2 |
| Biblioteca(s): Embrapa Mandioca e Fruticultura. |
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| 4. | | HUG, L. A.; HATZENPICHLER, R.; MORARU, C.; SOARES, A, R.; MEYER, F.; HEYDER, A.; ABDALLAH, R. A.; ABDALRAHEM, A.; ABDULKADIR, N.; ADESIYAN, I. M.; ALTEIO, L.; ANANTHARAMAN, K.; ANDERSON, R.; ANDREI, A-S.; BAEZA, J. A.; BAK, F.; BAKER, B.; BARTHOLOMÄUS, A.; BEJERMAN, N.; BIDDLE, J.; BISSETT, A.; BLAKELEY-RUIZ, J. A.; BLOCK, K.; BOLDT, J.; BONILLA-ROSSO, G.; BORNEMANN, T. L.; BRAUER, V. S.; BRAZELTON, W.; BREMGES, A.; BUELOW, E.; BURCHAM, Z. M.; CANSDALE, A.; CAPORASO, J. G.; CERNAVA, T.; CHATZIGIANNIDOU, I.; COSTA, R.; CURRIE, C. R.; DAEBELER, A.; DE ANDA, V.; DE SANTIAGO, A.; TACCA, L. M. A. de; DEBELIUS, J.; DITTAMI, S. M.; DONG, X.; DŽUNKOVÁ, M.; EDWARDS, A.; EDWARDS, R.; EGBERT, S.; ENGELMANN, J. C.; ESSER, S. P.; ETTEMA, T. J. G.; ETTINGER, C. L.; FABIJAN, A. P.; FERGUSON, R. M. W.; FERRETTI, P.; FOUCAULT, P.; FUHRMAN, J. A.; GADA, A. M.; GEESINK, P.; GERHARDT, I. R.; GESSNER, M. O.; GIOVANNELLI, D.; GITTINS, D.; GLOOR, G. B.; GONZÁLEZ-PECH, R. A.; GOPALAKRISHNAPPA, C.; GREENING, C.; GREGOR, R.; GREGORY, A. C.; GROSSART, H.-P.; GROUSSIN, M.; GUERRERO, B. V.; GUZEL, M.; HAMAMURA, N.; HAMILTON, T. L.; HAMM, J. N.; HART, L.; HASSENRÜCK, C.; HAY, M.; HECHLER, R. M.; HELLWIG, P.; HENSON, M.; HEROLD, M.; HESKETH-BEST, P. J.; HESS, M.; HILLARY, L.; HITCH, T. C.; HIVARKAR, S. S.; HOFF, K. J.; HOM, E. F.; HOU, S.; HUGERTH, L. W.; HWANG, Y.; ILOTT, N.; JAY, Z. J.; JUNGBLUTH, S. P.; KARIMI, E.; KASPAREIT, Y. M.; KEATING, C.; KELLOM, M.; KILEDAL, E. A.; KLARENBERG, I.; KNIGHT, R.; KOECH, A. K.; KOONIN, E. V.; KORMAS, K.; KUJALA, K.; KYRPIDES, N. C.; LA ROSA, S. L.; LACZNY, C. C.; LAHMERS, K.; LAN, X.; LATEEF, A. A.; LAU, S. H.; LEESE, F.; LEZCANO, M. A.; LI, S. S.; LIMA, R. N.; LÜCKER, S.; MAHNERT, A.; MAJIDIAN, S.; MALFERTHEINER, L.; MARSHALL, A.; MEADEN, S.; MEEHAN, C. J.; MEIER, D. V.; MELKONIAN, C.; MENDE, D. R.; MEYER, J. L.; MICHOUD, G.; MIKRYUKOV, V.; MIRAVET-VERDE, S.; MUSCHIOL, J.; NATA’ALA, M. K.; NEUFELD, J. D.; NEUHAUSER, S.; OSUOLALE, O.; OSVATIC, J.; PAPPAS, K. M.; PARKS, D. H.; PARRY, R. H.; PASCOAL, P. V.; PAVLOUDI, C.; PEYTON, B.; PLEWKA, J.; POYET, M.; PRIEST, T.; QUAYE, E. K.; RAMGANESH, S.; RATTEI, T.; RAUSCH, P.; RECH FILHO, E. L.; RINKE, C.; ROBINSON, C.; RODRÍGUEZ-GIJÓN, A.; RODRIGUEZ-R, L. M.; ROHWER, R. R.; ROLOFF, T.; ROTHMAN, J. A.; RÜCKERT, S.; RUFF, S. E.; SAINI, J. S.; SANTIAGO-MARTÍNEZ, M. G.; SANTOFERRARA, L.; SARHAN, M. S.; SAW, J. H.; SBAFFI, T.; SCHÄFER, R. B.; SCHAIBLE, G.; SCHLOTER, M.; SCHMITZ, R. A.; SCHUBERT, C.; SCHWENGERS, O.; SEHNAL, L.; SEKAR, A.; SEKAR, J.; SEYOUM, M. M.; SHAH, M. B.; SHARON, I.; SIEBERS, B.; SIERADZKI, E. T.; SKLIROS, D.; SNOEYENBOS-WEST, O. L.; SORBIE, A.; SPETH, D. R.; SPREHN, C. G.; SRIVASTAVA, P.; STACH, T. L.; STAJICH, J. E.; STARKE, J.; STEEN, A. D.; STÖCKL, R.; STOIKIDOU, T.; STOPNISEK, N.; SUKUMARAN, R.; SURES, B.; SUZUKI, S.; TAMARIT, D.; THIERINGER, P.; TITO, R. Y.; TRIVEDI, C. B.; TRUBL, G.; TRUU, J.; TSIKNIA, M.; UGALDE, J.; VALENTIN-ALVARADO, L. E.; VÁZQUEZ-CAMPOS, X.; VIERHEILIG, J.; MEIJENFELDT, F. A. B. von; WAGNER, M.; WALSH, C. J.; WANG, S.; WANG, Y.; WEGNER, C.-E.; WEIR, T.; WEISS, L. C.; WEISSMAN, J. L.; WICHELS, A.; WILLIAMS, C. L.; WILLIAMS, T. A.; WORDEN, A. Z.; WOYKE, T.; WU, M.; XIU, W.; ZHANG, Y.; ZHU, J.; ZIELS, R. M.; ZWIRZITZ, B.; PROBST, A. J. A roadmap for equitable reuse of public microbiome data. Nature Microbiology, v. 10, p. 2384–2395, 2025. Na publicação: E. Rech.| Tipo: Artigo em Periódico Indexado | Circulação/Nível: A - 1 |
| Biblioteca(s): Embrapa Recursos Genéticos e Biotecnologia. |
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| Registros recuperados : 4 | |
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