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1

The morphology of juvenile stages of moss-mites of the subfamily Sphaerozetinae (Acarida: Oribatida), II

100%

Seniczak S.

Annales Zoologici

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1988-1989

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tom 42

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nr 09-11

EN

The morphology of juvenile stages of moss-mites of the genus Fuscozetes Sellnick: the type species F. fuscipes (C. L. Koch) and F. setosus (C. L. Koch) of the family Ceratozetidae is described and illustrated. Author calls as attention to the real morphological characters which differentiate the genus Euscozetes Sellnick from the genus Melanozetes Hull.

PL

Opisano i zilustrowano morfologię stadiów młodocianych mechowców z rodzaju Fuscozetes Sellnick — gatunku typowego dla rodzaju F. fuscipes (С. L. Koch) i F. setosus (C. L. Koch), z rodziny Ceratozetidae. Larwy wymienionych gatunków różnią się między sobą głównie usytuowaniem włosów c₁ w stosunku do makro- sklerytów humeralnych, stopniem wykształcenia płytki pigidialnej oraz kształtem włosów notogastralnych, natomiast nimfy są do siebie bardziej podobne i różnią się między sobą głównie kształtem włosów. Okazy dorosłe F. fuscipes i F. setosus mają odmienne owłosienie notogaster, gdyż u tego drugiego gatunku nie uległy redukcji włosy dm i dp, co należy uznać za cechę pierwotną przemawiającą za pokrewieństwem rodzaju Fuscozetes z rodzajem Melanozetes. Jest interesujące, że pewne cechy morfologiczne larwy F. setosus (usytuowanie włosów c₁ przy makrosklerytach humeralnych, obecność płytki pigidialnej) zbliżają ją również do postaci młodocianych z rodzaju Melanozetes. W pracy zwrócono uwagę na różnice morfologiczne roztoczy z rodzajów Fuscozetes i Melanozetes, mające znaczenie diagnostyczne.

RU

Описали и проиллюстрировали морфологию ювенальных стадий панцирных клещей из рода Fuscozetes Sellnick — типового для рода вида F. fuscipes (С. L. Косн) и F. setosus (С. L. Косы) из семейства Cerotozetidae. Личинки этих видов отличаются друг от друга в основном положением щетинок c₁ по отношению к макросклеритам, степенью развития хвостовой пластинки и формой щетинок нотогастера. Нимфы более сходны между собой и отличаются главным образом формой щетинок. У взрослых особой волосяной покров нотогастера различен, поскольку у второго вида не подверглись редукции щетинки dm и dp, что следует признать первичным признаком, свидетельствующим о родстве рода Fuscozetes с родом Melanozetes. Интересно то, что некоторые морфологические признаки личинки F. setosus (а именно положение щетинок c₁ при макросклеритах, наличие хвостовой пластинки) сближают ее также с предимагинальными стадиями из рода Melanozetes. В работе обращено внимание на морфологические различия клещей из родов Fuscozetes и Melanozetes, которые имеют диагностическое значение.

2

The morphology of juvenile stages of moss-mites of the subfamily Sphaerozetinae (Acarida: Oribatida), I

100%

Seniczak S.

Annales Zoologici

|

1988-1989

|

tom 42

|

nr 09-11

EN

The morphology of juvenile stages of moss-mites of the genus Melanozetes Hull: type-species M. mollicomus (C. L. Koch) and M. meridianus Sellnick of the family Ceratozetidae Jacot and subfamily Sphaerozetinae Shaldybina have been described and illustrated.

PL

W pracy przedstawiono morfologię stadiów młodocianych gatunku typowego dla rodzaju Melanozetes Hull . — M. mollicomus (C. L. Koch) oraz M. meridianus Sellnick z rodziny Ceratozetidae, podrodziny Sphaerozetinae. Stadia te-najłatwiej rozpoznać po kształcie włosów c₃, dp i Ip na notogaster — u M. mollicomus włosy te są wiotkie, a u M. meridianus sztywne i sterczące.

RU

В работе представлена морфология предимагинальных стадий типового вида для рода Melanozetes Hull — М. mollicomus (С. L. Косн) и М. meridianus Sellnick, а также анализ развития щетинок в процессе онтогенеза. Личинки и нимфы рассматриваемых видов легче всего различить по форме щетинок с3, dp и 1р, вырастающих на нотогастере. У М. meridianus эти щетинки твердые, а у М. mollicomus мягкие, как и другие щетинки нотогастера. Перемещение щетинок серии h происходит у клещей из рода Melanozetes так само, как у клещей из рода Chamobates.

3

The Use of Chosen Biological Methods for Forest Soil Revitalization in Scots Pine Cultivation

100%

Klimek A. , Rolbiecki S. , Rolbiecki R. , Gackowski G. , Stachowski P. , Jagosz B.

Rocznik Ochrona Środowiska

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2020

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tom Tom 22, cz. 2

1097--1115

EN

The purpose of this investigation was to indicate the most effective method of revitalizing degraded forest area. The different modifications of wood chips were used as a substitute for humus layer. The mites (Acari), and moss mites (Oribatida) as the bio-indicators of soil succession changes were used. The study began 2 years after planting of Scots pine seedlings on the land devastated by military activity, at the former military training ground (GPS: 53.156943N, 17.986440E). The soil on this area was in the type of rusty soils and subtype of the rusty algae soils. Scots pine seedlings were planted in spring 2011, in a distance 1.5×0.8 m. In one-factor experiment four soil mulching treatments were tested: 1. uncovered soil – control (C), 2. soil mulched with wood chips (W), 3. W + mycorrhizal preparation (WM), 4. W + forest litter (WL). Three replicates of microplots arrangement was applied. Each microplot was 5 m long with 3 rows of Scots pine. Each replication covers 10 rows. Mulching with wood chips was carried out on April 12, 2012. On October 25, 2012, the wood chips on the WM microplots were inoculated with the mycorrhizal biopreparation, and on the WL microplots, a 10% addition of fresh forest litter from the ripe fresh coniferous forest was applied. After the end of the growing season of 2012, 2013 and 2014, the measurement of the plants was carried out (the height, the root neck diameter, the length of one-year increments in the last whorl, the number of one-year increments of the last whorl and the lengths of one-year increments of the last whorl). The samples for acarological tests were collected four times. In total, 40 substrate samples with a volume of 50 cm3 each were collected from each treatment. Mites extraction was carried out for 7 days in Tullgren apparatus. Mites were identified to the order, and moss mites to the species or genus, including juvenile stages. Calculated: the average density of mites, the dominance index, the species richness, the diversity of moss mites, the average number of species, and the Shannon general species diversity index. The use of soil mulching with the Scots pine wood chips did not significantly affect the growth and developmental characteristics of the Scots pine plants. After mulching with wood chips, the total number of mites increased many times, and moss mites began to dominate among micro-arthropods. Mulching treatments increased the number and the species diversity of moss mites in the substrate. The number of moss mites increased the most in wood chips without additives. The highest species diversity was observed in the wood chips with the addition of forest litter. Among moss mites Tectocepheus velatus visibly dominated in all study treatments. Oppiella nova and Scutovertex sculptus also constituted numerous mites populations. The study shows that the wood chips are very useful for use in the regeneration of the devastated and degraded forest soils.

4

Communities of moss mites [Acarida, Oribatida] on recultivated ash dumps from power plants

100%

Bielska I. , Paszewska H.

Polish Ecological Studies

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1995

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tom 21

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nr 3

5

Variability of notogastral setation in adult Fuscozetes setosus (Acari, Oribatida) in the light of population studies

84%

Seniczak S. , Klimek A. , Kaczmarek S.

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 1

6

Moss mites (Acari: Oribatida) in soil revitalizing: a chance for practical application in silviculture

84%

Klimek A. , Rolbiecki S.

Biological Letters

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2014

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tom 51

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nr 2

7

Species diversity and biomass of communities of moss mites (Oribatida, Acarida) of the three different biotopes in the Upper Silesian Region

84%

Zbikowska-Zdun K.

Acta Biologica Silesiana

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1988

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tom 10

8

Moss mites [Acari: Oribatida] from the Slonsk Nature Reserve: geographic elements and the types of phagism

84%

Olszanowski Z. , Niedbala W.

Biological Bulletin of Poznań

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2000

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tom 37

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nr 2

9

New moss mite of the genus Camisia from western Nearctic Region (Acari: Oribatida: Camisiidae)

67%

Bromberek K. , Olszanowski Z.

Genus. International Journal of Invertebrate Taxonomy

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2012

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tom 23

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nr 1

10

Moss mites (Acari, Oribatida) at the edges of bog lakes and pools in Brodnica Lakeland and Orawa–Nowy-Targ Basin (Poland)

67%

Seniczak A. , Seniczak S. , Mistrzak M. , Nowicka A. , Krasicka-Korczynska E.

Biological Letters

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2013

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tom 50

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nr 2

11

Novonothrus lucasi spec. nov. , a new moss mite from Australia (Acari: Oribatida: Nothridae)

67%

Olszanowski Z. , Bromberek K.

Genus. International Journal of Invertebrate Taxonomy

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2011

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tom 22

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nr 4

12

A new species of Crotonia from New Zealand (Acari: Oribatida: Crotoniidae)

67%

Lochynska M.

Genus. International Journal of Invertebrate Taxonomy

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2008

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tom 19

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nr 4

13

Diversity of mites [Acari: Oribatida] in selected microhabitats of the Bug River Protected Landscape Area

67%

Zbikowska-Zdun K. , Piksa K. , Watrak I.

Biological Letters

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2006

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tom 43

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nr 2

14

Moss mite communities [Acarida, Oribatida] on galena-calamine mining wastelands

59%

Skubala P.

Acta Biologica Silesiana

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1996

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tom 28

147-167

15

Zgrupowania mechowców (Oribatida) w zdegradowanych biotopach okolic Katowic

34%

Dziuba S. , Skubala P. , Rostowska M.

Acta Biologica Silesiana

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1990

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tom 16