Wyniki wyszukiwania - AGRO

1

Endobodies in the oocyte nuclei of carabid beetles are enriched in snRNPs

100%

Jaglarz M. K.

Acta Biologica Cracoviensia. Series Botanica. Supplement

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2000

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tom 42

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nr 1

2

Cardioactive effects of FMRFamide-releted peptides in beetles, Tenebrio molitor and Zophobas atratus

88%

Skonieczna M., Rosinski G.

Pestycydy

|

2004

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nr 3-4

3

Zwei neue Uropodina-Arten (Acarina) aus Nepal

76%

Wisniewski J., Hirschmann W.

Bulletin of the Polish Academy of Sciences. Biological Sciences

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1991

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tom 39

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nr 2

4

The effects of car transport pollutants on the content of heavy metals and the bionomy of Opatrum sabulosum (L.)

76%

Minoranskij W. A., Wojciechowski W.

Acta Biologica Silesiana

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1991

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tom 18

5

Artykuł dostępny w postaci pełnego tekstu - kliknij by otworzyć plik

Bark beetles in the Tatra Mountains. International research 1998-2005 - an overview

76%

Grodzki W., Turcani M., Jakus R., Hlasny T., Rasi R., McManus M. L.

Folia Forestalia Polonica. Series A . Forestry

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2010

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tom 52

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nr 2

This paper is a review of fundamental information on bark beetles and their interactions with several predisposing factors (air pollution, drought/temperature interactions, windthrows, management activities) that are thought to contribute to the outbreaks in the High Tatra Mountains. The findings of many research projects indicate that the impact of air pollution on bark beetle populations is indirect and complex and that the disturbances in the physiology and natural resistance of trees may be of crucial importance to bark beetle population dynamics. An active forest protection approach is needed to be applied to the secondary Norway spruce forests affected in the past by human activity. Bark beetle populations in natural and near-natural forests (mainly in the upper montane zone) are regulated by natural mechanisms; bark beetles are therefore a natural factor contributing to forest development, including the transition of future generations of spruce.

6

Agonum (Sericoda) quadripunctatum (De Geer) - a pyrophilous beetle and its immature stages (Coleoptera, Carabidae)

76%

Burakowski B.

Annales Zoologici

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1988-1989

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tom 42

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nr 05-08

Agonurn (Sericoda) quadripunctatum (De Geek) is a pyropliilous beetle tliat occurs only at sites where forest or peat has been burnt. Adults of this species are certainly attracted to various fires, probably by the smell of smoke from distant places, and stay on a conflagration sites for a short period only. The immature stages of A. (S.) quadripunctatum are described and figured for the first time.

7

Epigeic entomofauna of beetles on the join of forest and field

76%

Wegorek W., Trojanowski H.

Prace Naukowe Instytutu Ochrony Roślin

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1989

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tom 31

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nr 2

8

Notes on the "borrowed" specimens and names for Charles De Geer's darkling beetles (Insecta: Coleoptera: Tenebrionidae)

76%

Ferrer J., Holston K.

Annales Zoologici

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2011

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tom 61

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nr 2

The status of 23 species-group names used by Charles De Geer, for beetles classified in Pyrochroa Geoffroy, 1762, and Tenebrio Linnaeus, 1758, is assessed. Thirteen of these species-group names are unavailable (ten were published in synonymy, three are subsequent usages of available names): Pyrochroa rubra De Geer, 1775 = Pyrochroa coccinea (Linnaeus, 1760); Pyrochroa bimaculata De Geer, 1775 = Apalus bimaculatus (Linnaeus, 1760); Tenebrio acuminatus De Geer, 1775 = Blaps mortisaga (Linnaeus, 1758); Tenebrio variolosus De Geer, 1775 = Upis ceramboides (Linnaeus, 1758); Tenebrio molitor De Geer, 1775 = Tenebio molitor Linnaeus, 1758; Tenebrio rugosus De Geer, 1775 = Opatrum sabulosum (Linnaeus, 1760); Tenebrio villosus De Geer, 1775 = Lagria hirta (Linnaeus, 1758); Tenebrio hirticornis De Geer, 1775 = Orthocerus clavicornis (Linnaeus, 1758); Tenebrio boleti De Geer, 1775 = Diaperis boleti (Linnaeus, 1758); Tenebrio gibbus De Geer, 1775 = Psammodes gibbus (Linnaeus, 1761); Tenebrio maurus De Geer, 1775 = Tenebrioides mauritaniens (Linnaeus, 1758); Tenebrio aeneus De Geer, 1775 = Tenebrio chalybeus Linnaeus, 1767, a misidentification of Xylopinus saperdiodes (Olivier, 1775); and Tenebrio surinamensis De Geer, 1775 = Oryzaephilius surinamensis (Linnaeus, 1758). The holotype of Pyrochroa tomentosa De Geer, 1775, and specimens described under the name Tenebrio maurus, De Geer, 1775, from the De Geer Collection were rediscovered within the Paykull Collection, Swedish Natural History Museum. Pyrochroa nigra De Geer, 1775, is a junior synonym of Prionyckus ater (Fabricius, 1775); a recently reported synonymy with Schizotus pectinicornis (Linnaeus, 1758), is an error. The holotypes of Pyrochroa nitida De Geer, 1775, and Tenebrio lardarius De Geer, 1775, are considered lost. Tenebrio gibbus De Geer, 1778, a junior primary homonym of Tenebrio gibbus Linnaeus, 1760, has the replacement name Tenebrio striatus Retzius, 1783, and is a synonym of Zophosis reticularis Say, 1824, syn. nov., making the valid combination of this North American species Discodemus striatus (Retzius, 1783), comb. nov.

9

Changes in nutrient and heavy metal content levels of sawdust due to vermicomposting by Allomyrina dichotoma subsp. tunobosonis

76%

Hoang C. N., Yang Z.-W., Huang M.-Y., Lin K.-H., Yang C.-M., Nguyen M. K.

BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology

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2019

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tom 100

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nr 2

10

Neuropeptides and peptide hormones influence male reproductive processes in Tenebrio molitor beetles

76%

Marciniak P., Urbanski A., Szymczak M., Kudlewska M., Rosinski G.

Acta Biologica Cracoviensia. Series Botanica. Supplement

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2014

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tom 56

|

nr 1

11

A review of false darkling beetles (Coleoptera: Melandryidae) of the Kaliningrad region (Russia)

76%

Alekseev V. I.

Baltic Coastal Zone. Journal of Ecology and Protection of the Coastline

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2021

|

tom 25

12

Population dynamics of the black tinder fungus beetle Bolitophagus reticulatus

75%

Lik M.

Folia Biologica

|

2005

|

tom 53

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nr Suppl.

13

The type material of family Erotylidae [Coleoptera] in the Museum and Institute of Zoology PAS, Warsaw

75%

Wegrzynowicz P.

Bulletin of the Museum and Institute of Zoology

|

1996

|

tom 01

14

Fungi associated with the beetles of Ips typographus on Norway spruce in Southern Poland

75%

Jankowiak R.

Acta Mycologica

|

2004

|

tom 39

|

nr 1

15

A description of the late-instar larva of Nossidium pilosellum [Marsham, 1802] [Coleoptera: Ptiliidae]

75%

Kilian A., Burakowski B.

Genus. International Journal of Invertebrate Taxonomy

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2000

|

tom 11

|

nr 4

16

The local interspecific abundance - body weight relationship of ground beetles: a counterexample to the common pattern

75%

Ulrich W., Buszko J., Czarnecki A.

Polish Journal of Ecology

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2005

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tom 53

|

nr 4

The interspecific abundance – body weight relationship (AWR) is generally believed to follow a power function with a negative slope. Here we report on the AWR of two local assemblages of ground beetles in northern Poland spanning more than three orders of magnitude in body weight. Both assemblages showed significant positive AWR slopes in raw and grouped data plots even after controlling for phylogenetic and sampling effects. We conclude that ground beetles might be an exception from the overall AWR pattern.

17

Karyotypic characterization of three weevil species [Coleoptera: Curculionidae, Brachyderini]

75%

Lachowska D., Rozek M., Holecova M.

Folia Biologica

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2006

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tom 54

|

nr 1-2

18

Intrapopulation differentiation in black mutants of Tribolium

75%

Prus T.

Polish Journal of Ecology

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1998

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tom 46

|

nr 1

19

Ecological evolution of beetles [Insecta: Coleoptera]

75%

Ponomarenko A. G.

Acta Zoologica Cracoviensia

|

2003

|

tom 46

|

nr Suppl.

The most ancient life style of beetles is xylomycetophagy; xylophagy and rhizophagy appeared in the Jurassic and flourished in the middle of Lower Cretaceous but before angiosperms diversification; the same is true about carnivorous beetles living under loose bark. In the Triassic and Jurassic the most common xylophagous beetles were Cupedidae, from Mid-Cretaceous to Eocene – Buprestidae, and later on Cerambycidae. Spermatophagy existed from the Triassic and became common from the Upper Jurassic in tropical and subtropical regions (possible connection with bennettites). Palynophagous forms were common in the Upper Jurassic too. Phyllophagous beetles are unknown prior to angiosperm expansion in the Middle Cretaceous. Terrestrial carnivorous beetles existed from Triassic and did not differ essentially from the Recent ones. History of water beetles is distinctive. They lived under the water for a long time but did not swim. Most of Upper Mesozoic beetles lived in upper layers of the water (bentic forms are rare). Many ecological types of Mesozoic water beetles became extinct and have no Recent analogues. Ecological diversity of beetles became close to the Recent ones only after the end of Paleogene.

20

Aulacophora sulaksonoi, a new species of chrysomelid beetle from Sumba, Indonesia (Coleoptera: Chrysomelidae: Galerucinae)

63%

Mohamedsaid M.

Genus. International Journal of Invertebrate Taxonomy

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2009

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tom 20

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nr 2

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