cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Lathyrus vernus subsp. gracilis Arcang.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lathyrus
Lathyrus vernus
Lathyrus vernus subsp. gracilis (gaudin) arcang.

description: Lathyrus vernus subsp. gracilis (Gaudin) Arcang.
Zierliche Frühlings-Platterbse
Unterart ISFS: 231400 Checklist: 1026140 Fabaceae Lathyrus Lathyrus vernus (L.) Bernh. Lathyrus vernus subsp. gracilis (Gaudin) Arcang.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): Teilblätter lineal-lanzettlich, 4-14 cm lang und nur 2-5 mm breit. Nebenblätter oft breiter als die Teilblätter.
Standort und Verbreitung in der Schweiz Südliches TI, GR (Puschlav)
Verbreitung global (nach Lauber & al. 2018): Südalpin
Ökologische Zeigerwerte (nach Landolt & al. 2010) 252-344.g.2n=14
Status
Status IUCN: Nicht gefährdet
Ökologie
Lebensform Geophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Fmässig trockenLichtzahl LhalbschattigSalzzeichen--Reaktionszahl Rbasisch (pH 6.5->8.5)Temperaturzahl Tkollin (Laubmischwälder mit Eichen)Nährstoffzahl NnährstoffarmKontinentalitätszahl Ksubkontinental (niedrige relative Luftfeuchtigkeit, grosse Temperaturschwankungen, eher kalte Winter)
Nomenklatur
Gültiger Name (Checklist 2017):Lathyrus vernussubsp.gracilis(Gaudin) Arcang.
Volksname Deutscher Name: Zierliche Frühlings-Platterbse Nom français: Gesse grêle
Nome italiano: --
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.Checklist 2017231400=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.Flora Helvetica 20011240=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.Flora Helvetica 2012584=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.Flora Helvetica 2018584=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.Index synonymique 1996231400=Lathyrus vernus subsp. gracilis (Gaudin) Arcang.SISF/ISFS 2231400
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Indigen
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
Status Rote Liste national 2016
Status IUCN: Nicht gefährdet
Zusätzliche InformationenKriterien IUCN: B2a *
Status Rote Liste regional 2019
Biogeografische RegionenStatusKriterien IUCNJura (JU)--Mittelland (MP)--Alpennordflanke (NA)--Alpensüdflanke (SA)nicht gefährdet (Least Concern)Östliche Zentralalpen (EA)--Westliche Zentralalpen (WA)--
Status nationale Priorität /Verantwortung
Keine nationale Priorität oder internationale Verantwortung
Schutzstatus
Kein internationaler, nationaler oder kantonaler Schutz
description: Published as part of Info Flora, 2021,
Additional file 3: of The validity of pediatric cancer diagnoses in a population-based general cancer registry in Ontario, Canada
Creators: name: Gupta, Sumit
name: Pole, Jason
Publisher: name: Figshare
Year: 2016
Subjects: subject: Space Science
subject: Medicine
subject: Genetics
subject: FOS: Biological sciences
subject: 69999 Biological Sciences not elsewhere classified
subject: Marine Biology

description: Mapping of POGONIS diagnostic groups pertaining to central nervous tumors of neuroepithelial tissue to ICCC-3 diagnostic groups and subgroups. (DOCX 106 kb)
Detrital zircon geochronology and rift-related magmatism : central Mackenzie Mountains, Northwest Territories
Creators: name: Leslie, Christopher Dean
Publisher: name: University of British Columbia
Year: 2009

description: Neoproterozoic to Cretaceous age strata in the Mackenzie Mountains of the northern Canadian Cordillera record many geological events that affected the western margin of Ancestral North America. Two of these events that are the focus of this study are; (1) the development of a thick long-lived passive margin sequence of sedimentary rocks; and (2) continental rifting of this passive margin in Ordovician time that was accompanied with alkaline volcanism of the Marmot Formation. Sedimentary units from throughout the Mackenzie Mountains stratigraphy contain ubiquitous detrital zircons with U-Pb ages of 2800 – 2415 Ma and 2080 – 1700 Ma; these reflect a component of sediment derived from basement sources of western Laurentia. More surprising is the abundance of “anomalous” detrital zircons ages (e.g., 1800 – 1000 Ma) in these units that cannot be linked to known local sources. The most likely source for detrital zircons of these ages are felsic igneous rocks now exposed in southern and eastern North America. We therefore speculate that in the Neoproterozoic sediments were dispersed from these distal sources across the North American Craton. Reworking and recycling of these older sediments is evident in most of the younger investigated strata. In Carboniferous and younger strata there is also a major influence from sources exposed in the Canadian Arctic and possibly along Alaskan margin as evidenced by detrital zircons with Lower Paleozoic ages (e.g., 477 – 392 Ma). Continental extension of the western margin of Laurentia in Early to Middle Cambrian and again in Middle Ordovician time formed a rifted sedimentary basin termed the Misty Creek Embayment. Alkaline mafic magmatism associated with the Middle Ordovician rifting event (460 – 444 Ma) comprises massive mafic volcanic rocks (MFV and MFX suites), intrusive dykes and sills, volcaniclastic and epiclastic rocks and volcaniclastic filled diatremes (DVI suite). Petrographic studies together with whole rock, mineral chemistry and Nd isotopic studies indicate that the MFV and MFX suites were likely generated by small degrees of partial melting at the base of the subcontinental lithosphere with a minor asthenospheric input. The DVI parental magmas were also generated by small degrees of partial melting primarily in metasomatized subcontinental lithosphere.
Lens culinaris Medik.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lens
Lens culinaris

description: Lens culinaris Medik.
Linse
Art ISFS: 232600 Checklist: 1026280 Fabaceae Lens Lens culinaris Medik.
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): 15-40 cm hoch, aufrecht oder aufsteigend, zerstreut behaart. Blätter paarig gefiedert, mit 3-7 Fiederpaaren und grannenartiger Spitze, obere oft mit einfacher oder verzweigter Ranke. Teilblätter oval, 0,5- 2 cm lang. Blüten nickend, in 1-3 blütigen, gestielten Trauben. Krone weiss und lila, 5-8 mm lang. Kelchzähne mehr als doppelt so lang wie die Kelchröhre (Unterschied zu Vicia). Frucht 1-2 cm lang, hängend, flach, kahl, (1-)2samig. Samen (Linsen) flach, Durchmesser 6-12 mm.
Blütezeit (nach Lauber & al. 2018): 6-7
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Kultiviert und selten verwildert / kollin /
Verbreitung global (nach Lauber & al. 2018): Mediterran
Ökologische Zeigerwerte (nach Landolt & al. 2010) 243-34 + 3.t.2n=14
Ökologie
Lebensform Therophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Fmässig trockenLichtzahl LhalbschattigSalzzeichen--Reaktionszahl Rneutral bis basisch (pH 5.5-8.5)Temperaturzahl Twarm-kollinNährstoffzahl Nmässig nährstoffarm bis mässig nährstoffreichKontinentalitätszahl Ksubozeanisch bis subkontinental (mittlere Luftfeuchtigkeit, mässige Temperaturschwankungen und mässig tiefe Wintertemperaturen)
Nomenklatur
Gültiger Name (Checklist 2017):Lens culinarisMedik.
Volksname Deutscher Name: Linse Nom français: Lentille comestible Nome italiano: Lenticchia comune
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lens culinaris Medik.Checklist 2017232600=Lens culinaris Medik.Flora Helvetica 20011221=Lens culinaris Medik.Flora Helvetica 2012581=Lens culinaris Medik.Flora Helvetica 2018581=Lens culinaris Medik.Index synonymique 1996232600=Lens culinaris Medik.Landolt 19771851=Lens culinaris Medik.SISF/ISFS 2232600
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Neophyt: nach der Entdeckung von Amerika in der Region aufgetreten (nach 1500)
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
description: Published as part of Info Flora, 2021,
Additional file 1: of High applicability of ASO-RQPCR for detection of minimal residual disease in multiple myeloma by entirely patient-specific primers/probes
Creators: name: Yinlei Bai
name: Wong, Kwan
name: Tsz Fung
name: Chor Chim
Publisher: name: Figshare
Year: 2016
Subjects: subject: Medicine
subject: Molecular Biology
subject: Sociology
subject: FOS: Sociology
subject: 69999 Biological Sciences not elsewhere classified
subject: FOS: Biological sciences
subject: Cancer
subject: Hematology
subject: 110309 Infectious Diseases
subject: FOS: Health sciences
subject: Computational Biology

description: Materials and methods and Table S1 patient demographics. (DOCX 67 kb)
Eupetaurus , McKenna 1962
Creators: name: Jackson, Stephen M.
name: Li, Quan
name: Wan, Tao
name: Li, Xue-You
name: Yu, Fa-Hong
name: Gao, Ge
name: He, Li-Kun
name: Helgen, Kristofer M.
name: Jiang, Xue-Long
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Animalia
Chordata
Mammalia
Rodentia
Sciuridae
Eupetaurus

description: KEY TO THE SPECIES OF EUPETAURUS
1a. Temporal ridges parallel. Rostrum wide. Upper cheek teeth round in shape; lower molars have two anterior fossettids .................................................................................................... Eupetaurus nivamons
1b. Temporal ridges converge posteriorly. Rostrum narrow. Upper cheek teeth heart shaped; lower molars have one anterior fossettid ............................................................................................................................. 2
2a. Cusps and ridges of cheek teeth are robust; P 4 and P 4 significantly larger than the following molars; lower molars are subsquare in shape; anterior fossettid short ......................................... Eupetaurus cinereus
2b. Cusps and ridges of cheek teeth are less robust; P 4 and P 4 approximately equal in size to the following molars; lower molars subrectangular in shape; anterior fossettid long ............... Eupetaurus tibetensis
description: Published as part of Jackson, Stephen M., Li, Quan, Wan, Tao, Li, Xue-You, Yu, Fa-Hong, Gao, Ge, He, Li-Kun, Helgen, Kristofer M. & Jiang, Xue-Long, 2021, Across the great divide: revision of the genus Eupetaurus (Sciuridae: Pteromyini), the woolly flying squirrels of the Himalayan region, with the description of two new species, pp. 502-526 in Zoological Journal of the Linnean Society 194 (2) on page 19, DOI: 10.1093/zoolinnean/zlab018, http://zenodo.org/record/4923100
Monitoring contamination in surface water and groundwater in a catchment with an unconfined porous aquifer overlying fractured bedrock
Creators: name: Chen, Yaming
Publisher: name: University of British Columbia
Year: 2009

description: The factors influencing the design of an integrated surface water and groundwater contaminant monitoring network are examined for a system where a permeable unconfined aquifer overlies fractured bedrock in a headwater stream catchment. The unconfined porous aquifer is modeled as a homogeneous and isotropic porous medium with deterministic properties. The fractured bedrock is modeled as a lower permeability rock mass, but with a stochastic fracture network composed of three orthogonal fracture sets. The surface domain consists of a V-shaped overland flow zone and a linear stream channel with constant width. A continuous contaminant source zone is situated close to the land surface. The analysis is based on a steady state representation of the groundwater and surface water flow system and transport of a non-reactive solute in both the surface and subsurface domains. The probability of plume detection is defined in terms of the likelihood of detecting contamination in a performance monitoring network prior to its detection at a downstream compliance boundary. The ratio of the permeability of the unconfined porous aquifer to the bulk permeability of the underlying fractured bedrock is a key factor influencing detection probabilities. A higher permeability unconfined aquifer reduces detection probabilities in the stream, and increases detection probabilities in the subsurface. Fracture network connectivity and aperture size have a significant influence on detection probabilities in the subsurface, especially in the bedrock. Dilution of contamination in the headwater stream by inflowing non-contaminated water has a strong influence on detection probabilities. Due to the effect of dilution, sampling both stream water and streambed groundwater will enhance detection probabilities in the stream. The contaminant detection threshold is a key factor in influencing the stream water and groundwater monitoring. A lower detection threshold will increase detection probabilities in the surface water and groundwater systems, especially in the stream water. The results in this study demonstrates the importance of integrating stream water and groundwater samples in the design of a performance monitoring network and documents the factors that determine contaminant detection probabilities in the surface stream, the unconfined aquifer, and the underlying fractured bedrock.
Eurycercus (Teretifrons) Frey 1975
Creators: name: Bekker, Eugeniya I.
name: Kotov, Alexey A.
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Branchiopoda
Diplostraca
Eurycercidae
Eurycercus

description: Subgenus Eurycercus (Teretifrons) Frey, 1975
Type species. E. glacialis Lilljeborg, 1887. Typified by Frey (1975).
Amended diagnosis. Body uncompressed laterally, without a median dorsal keel. Dorsal head pores located on a flat head shield (no bubble-like projection or a transverse fold in this portion); ring of major head pore not elevated or elevated above head shield surface. Labral keel long, with angled apex reaching tip of antenna I or projecting beyond it. Intestine has a doubled loop; a posterior intestinal caecum absent. Entire shell serves as ephippium.
Comments. According to Frey (1975, P. 293), the diagnosis of this subgenus was: “shell broadly rounded, without a keel except in ephippial females; head pore not projecting at all, which makes the dorsal profile as seen from the side completely smooth and evenly rounded; head shield broadly rounded behind; labral keel large, expanded, acuminate in the middle; intestine with a double loop; no posterior intestinal caecum. In glacialis, in contrast to the other described species, the entire shell serves as the ephippium, with closure of the anterior portion accomplished by a complicated system of transverse infolding. If this occurs also in the other glacialis- like species, it can be elevated to a subgeneric character”. Hann (1990) accepted such diagnosis. But after our re-study of E. nigracanthus and description of E. chernovi sp. nov., the diagnosis needed updating, in particular regarding head pores and ephippium.
description: Published as part of Bekker, Eugeniya I. & Kotov, Alexey A., 2016, A revision of the subgenus Eurycercus (Teretifrons) Frey, 1975 (Crustacea: Cladocera) in the Holarctic with description of a new species from Russian Arctic, pp. 351-376 in Zootaxa 4147 (4) on pages 352-353, DOI: 10.11646/zootaxa.4147.4.1, http://zenodo.org/record/267823
Additional file 2: Table S2. of Comparative chemical profiling, cholinesterase inhibitions and anti-radicals properties of essential oils from Polygonum hydropiper L: A Preliminary anti- Alzheimerâ  s study
Creators: name: Ayaz, Muhammad
name: Junaid, Muhammad
name: Farhat Ullah
name: Sadiq, Abdul
name: Khan, Mir
name: Ahmad, Waqar
name: Shah, Muhammad
name: Imran, Muhammad
name: Ahmad, Sajjad
Publisher: name: Figshare
Year: 2015
Subjects: subject: Biochemistry
subject: Pharmacology
subject: 59999 Environmental Sciences not elsewhere classified
subject: FOS: Earth and related environmental sciences
subject: 39999 Chemical Sciences not elsewhere classified
subject: FOS: Chemical sciences
subject: Sociology
subject: FOS: Sociology
subject: 69999 Biological Sciences not elsewhere classified
subject: FOS: Biological sciences
subject: Developmental Biology
subject: Inorganic Chemistry

description: Details of compounds identified in GC, GC-MS analysis of essential oils from flowers of Polygonum hydropiper. (DOCX 28 kb)
Lotus corniculatus L.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lotus
Lotus corniculatus

description: Lotus corniculatus L.
Gewöhnlicher Hornklee
Art ISFS: 244400 Checklist: 1027520 Fabaceae Lotus Lotus corniculatus aggr. Lotus corniculatus L.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): 5-30 cm hoch, aufsteigend bis aufrecht, +/- kahl (var. corniculatus) bis lang und dicht abstehend behaart (var. hirsutus), Teilblätter bis 2 cm lang, 1-3mal so lang wie breit. Blütenstand 2-8 blütig. Kelch 5-7 mm lang. Blüten 7-16 mm lang. Schiffchenspitze hell, gelb oder rötlich.
Blütezeit (nach Lauber & al. 2018): 5-7
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Fettwiesen, Wegränder / kollin-subalpin(-alpin) / CH
Verbreitung global (nach Lauber & al. 2018): Eurosibirisch
Ökologische Zeigerwerte (nach Landolt & al. 2010) 2 + 33+433.h.2n=24
Status
Status IUCN: Nicht gefährdet
Ökologie
Lebensform Mehrjähriger Hemikryptophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl F--Lichtzahl L--Salzzeichen--Reaktionszahl R--Temperaturzahl T--Nährstoffzahl N--Kontinentalitätszahl K--
Nomenklatur
Gültiger Name (Checklist 2017):Lotus corniculatusL.
Volksname Deutscher Name: Gewöhnlicher Hornklee Nom français: Lotier corniculé
Nome italiano: --
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lotus corniculatus L.Checklist 2017244400=Lotus corniculatus L.Flora Helvetica 20011157=Lotus corniculatus L.Flora Helvetica 2012657=Lotus corniculatus L.Flora Helvetica 2018657=Lotus corniculatus L.Index synonymique 1996244400=Lotus corniculatus L.Landolt 19771763=Lotus corniculatus L.Landolt 19911458=Lotus corniculatus subsp. hirsutus (W. D. J. Koch) Rothm.SISF/ISFS 2244500=Lotus corniculatus L.SISF/ISFS 2244400=Lotus corniculatus L.Welten & Sutter 1982906
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Indigen
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
Status Rote Liste national 2016
Status IUCN: Nicht gefährdet
Zusätzliche InformationenKriterien IUCN: --
Status Rote Liste regional 2019
Biogeografische RegionenStatusKriterien IUCNJura (JU)nicht gefährdet (Least Concern)Mittelland (MP)nicht gefährdet (Least Concern)Alpennordflanke (NA)nicht gefährdet (Least Concern)Alpensüdflanke (SA)nicht gefährdet (Least Concern)Östliche Zentralalpen (EA)nicht gefährdet (Least Concern)Westliche Zentralalpen (WA)nicht gefährdet (Least Concern)
Status nationale Priorität /Verantwortung
Keine nationale Priorität oder internationale Verantwortung
Schutzstatus
Kein internationaler, nationaler oder kantonaler Schutz
Status in sektoriellen Umweltpolitiken
Umweltziele Landwirtschaft:L - Leitartweitere Informationen
description: Published as part of Info Flora, 2021,
Additional file 2: of The validity of pediatric cancer diagnoses in a population-based general cancer registry in Ontario, Canada
Creators: name: Gupta, Sumit
name: Pole, Jason
Publisher: name: Figshare
Year: 2016
Subjects: subject: Space Science
subject: Genetics
subject: FOS: Biological sciences
subject: 69999 Biological Sciences not elsewhere classified
subject: 80699 Information Systems not elsewhere classified
subject: FOS: Computer and information sciences
subject: Computational Biology

description: Mapping of ICD-O morphology codes used by the Ontario Cancer Registry but not accounted for by the ICCC-3 algorithm. (DOCX 14 kb)
Turbulent flow in geophysical channels
Creators: name: DeGiuli, Eric
Publisher: name: University of British Columbia
Year: 2009

description: The problem of turbulent ow in a rough pipe of arbitrary shape is considered. The classical Izakson-Millikan argument for a logarithmic velocity profile is presented, and matched asymptotic expansions are introduced. Scaled, dimensionless equations are produced and simplified. A simple mixing length turbulence model is presented, which closes the problem. To calibrate the model, the mechanical problem is solved in the case of a circular pipe. Excellent agreement with engineering relations is obtained. The mechanical problem for a non-circular pipe is posed, and the boundary layer problem is solved. This leaves unknown the wall stress, which is sought through approximate methods of solution in the outer region. These are presented and the approximate solutions thus obtained are compared to full numerical solutions and data for a square, elliptical, and semi-elliptical pipe. The approximations are vindicated, but agreement between the numerical solutions and data is only moderate. Discrepancies are explained in terms of the neglected secondary ow. The thermal problem is posed, with scalings taken for intended application in glaciology. The problem is solved for a circular pipe. Heat transfer results are presented and compared with empirical relations. The general problem for a non-circular pipe is posed, and approximate methods of solution are motivated, in analogy to those used for the mechanical problem. These are used to obtain approximate solutions, which are compared with numerical solutions, to good agreement. Possible applications of these solutions are discussed.
MOESM4 of Cold temperature blocks thyroid hormone-induced changes in lipid and energy metabolism in the liver of Lithobates catesbeianus tadpoles
Creators: name: Suzuki, Shunsuke
name: Awai, Koichiro
name: Ishihara, Akinori
name: Yamauchi, Kiyoshi
Publisher: name: Figshare
Year: 2016
Subjects: subject: Biochemistry
subject: 29999 Physical Sciences not elsewhere classified
subject: FOS: Physical sciences
subject: Cell Biology
subject: Genetics
subject: FOS: Biological sciences
subject: Molecular Biology
subject: Physiology
subject: Pharmacology
subject: 39999 Chemical Sciences not elsewhere classified
subject: FOS: Chemical sciences
subject: Immunology
subject: FOS: Clinical medicine
subject: Developmental Biology
subject: Cancer
subject: Inorganic Chemistry
subject: Plant Biology
subject: Computational Biology

description: Additional file 4: Figure S2. Energy metabolic pathways related to the transcriptional data. Transcription data and full names of genes are shown in Fig.Â 6 and its legend. Transcription regulatory proteins are boxed in green, plasma biochemical components analyzed (see Fig.Â 1) are boxed. Enzyme activities examined are underlined. 3,3â ˛,5-Triiodothyronine-response and cold-response genes on day 3 or day 7 are marked in red and blue, respectively.
Lotus corniculatus
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lotus
Lotus corniculatus

description: Lotus corniculatus aggr.
Gemeiner Hornklee
Art ISFS: 244410 Checklist: 1027510 Fabaceae Lotus Lotus corniculatus aggr. Enthält: Lotus alpinus (DC.) Ramond Lotus corniculatus L. Lotus tenuis Willd.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): 5-30 cm hoch, meist aufsteigend, Stängel kantig, nicht oder kaum hohl. Blätter 3+2 zählig: die 2 unteren Teilblätter sitzend, wie Nebenblätter gestellt, von den 3 oberen etwas entfernt, diese kurz gestielt. Blüten gelb, vor dem Aufblühen oft rot, 7-18 mm lang, in lang gestielten, wenigblütigen, kopfartigen Dolden. Kronblätter lang benagelt. Schiffchen aufwärts gekrümmt, geschnäbelt. Kelchzähne vor dem Aufblühen zusammenneigend. Frucht gerade, 1,5- 3 cm lang.
Status
Status IUCN: Nicht gefährdet
Ökologie
Lebensraum Lebensraumnach Delarze & al. 2015
4.5 - Fettwiesen und -weiden
fett Dominante Art, welche das Aussehen des Lebensraumes mitprägt Charakterart Weniger strikt an den Lebensraum gebundene Art
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl F--Lichtzahl L--Salzzeichen--Reaktionszahl R--Temperaturzahl T--Nährstoffzahl N--Kontinentalitätszahl K--
Nomenklatur
Gültiger Name (Checklist 2017):Lotus corniculatusaggr.
Volksname Deutscher Name: Gemeiner Hornklee, Schotenklee Nom français: Lotier commun Nome italiano: Ginestrino comune
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lotus corniculatus aggr.Checklist 2017244410=Lotus corniculatus aggr.Flora Helvetica 2018657-660=Lotus corniculatus aggr.SISF/ISFS 2244410
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Indigen
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
Status Rote Liste national 2016
Status IUCN: Nicht gefährdet
Zusätzliche InformationenKriterien IUCN: --
Status Rote Liste regional 2019
Biogeografische RegionenStatusKriterien IUCNJura (JU)nicht gefährdet (Least Concern)Mittelland (MP)nicht gefährdet (Least Concern)Alpennordflanke (NA)nicht gefährdet (Least Concern)Alpensüdflanke (SA)nicht gefährdet (Least Concern)Östliche Zentralalpen (EA)nicht gefährdet (Least Concern)Westliche Zentralalpen (WA)nicht gefährdet (Least Concern)
Status nationale Priorität /Verantwortung
Keine nationale Priorität oder internationale Verantwortung
Schutzstatus
Kein internationaler, nationaler oder kantonaler Schutz
description: Published as part of Info Flora, 2021,
African Women's Writing: Multiple Subjectivities and the Power of Storytelling
Creators: name: Pareek, Priyanka
Publisher: name: Université d'Ottawa | University of Ottawa
Year: 2024
Subjects: African women's writing
multiple subjectivities

description: This thesis examines the development of multiple subjectivities in the novels of Tsitsi Dangarembga, Buchi Emecheta, and Yaa Gyasi. Through this research I argue that African women's writing in fiction gives evidence to women's positions as custodians of history. Stories and narratives present African women's theorizing through research tools grounded in the history of their communities. I contend that the novels chosen for this study resist the homogenous and imperialistic understanding of African literature. Each writer's aesthetic style and play with language points towards the significance of the African female literary tradition. The authors draw on new possibilities to present complex, contradictory and often intertwined experiences of women. Over the course of this thesis, I closely analyze three novels: Nervous Conditions by Tsitsi Dangarembga, Second-Class Citizen by Buchi Emecheta, and Homegoing by Yaa Gyasi. My reading builds upon the importance of storytelling in relation to women's solidarity networks and communal relationships.
Incoherent noise suppression and deconvolution using curvelet-domain sparsity
Creators: name: Vishal, Kumar
Publisher: name: University of British Columbia
Year: 2009

description: Curvelets are a recently introduced transform domain that belongs to a family of multiscale and also multidirectional data expansions. As such, curvelets can be applied to resolution of the issues of complicated seismic wavefronts. We make use of this multiscale, multidirectional and hence sparsifying ability of the curvelet transform to suppress incoherent noise from crustal data where the signal-to-noise ratio is low and to develop an improved deconvolution procedure. Incoherent noise present in seismic reflection data corrupts the quality of the signal and can often lead to misinterpretation. The curvelet domain lends itself particularly well for denoising because coherent seismic energy maps to a relatively small number of significant curvelet coefficients while incoherent energy is spread more or less evenly amongst all curvelet coefficients. Following standard processing of crustal reflection data, we apply our curvelet denoising algorithm to deep reflection data. In terms of enhancing the coherent energy and removing incoherent noise, curvelets perform better than the F-X prediction method. We also use the curvelet transform to exploit the continuity along reflectors for cases in which the assumption of spiky reflectivity may not hold. We show that such type of seismic reflectivity is sparse in the curvelet-domain. This curvelet-domain compression of reflectivity opens new perspectives towards solving classical problems in seismic processing, including the deconvolution problem. We present a formulation that seeks curvelet-domain sparsity for non-spiky reflectivity. Comparing the results with those obtained from sparse spike deconvolution, curvelets perform better than the latter by recovering the frequency components, which get degraded by convolution operator and noise.
Eurycercus nigracanthus
Creators: name: Bekker, Eugeniya I.
name: Kotov, Alexey A.
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Branchiopoda
Diplostraca
Eurycercidae
Eurycercus
Eurycercus nigracanthus

description: Eurycercus cf. nigracanthus from Churchil
(Figs 6–8)
Material examined. All from Manitoba, Canada: 8 parthenogenetic ♀♀ from Pond X, Churchill, coll. in 15.08.2006, AAK M-2773. 2 parthenogenetic ♀♀ from TP-1, tundra pond, Churchill, coll. in 0 8.2006, AAK M- 2772. 2 parthenogenetic ♀♀ from TP-3, tundra pond, Churchill, coll. in 0 8.2006, AAK M-2771.
Comments. Using genetic barcoding, Jeffrey et al. (2011) detected two species of Eurycercus in Churchill vicinities: Eurycercus longirostris and E. cf. longirostris. Subsequent COI -based study (Bekker et al. 2012) revealed that the latter was identified wrongly and in reality belongs to an undescribed species of E. (Teretifrons), different from both E. glacialis and E. nigracanthus, and grouped with a good statistical support with the former against the latter. Dr M. Elías-Gutiérrez, one of authors of the paper recorded above (Jeffrey et al. 2011), kindly provided us with a material on the aforementioned wrongly identified taxon. But our morphologic study led to conclusion that these populations could be identified as E. nigracanthus. Different hypotheses could be proposed to explain such controversy: (1) in reality, E. nigracanthus is present in Churchill region, it was missed by Jeffrey et al (2011), and only these specimens were sent to us; (2) our " E. nigracanthus " is in reality a specific undescribed species which could not be diagnosed based on morphological characters; (3) both Jeffrey et al. (2011) and us dealt with a hybrid population of E. nigracanthus x undescribed species which has a nigracanthus -like morphology, but a non- nigracanthus mitochondrial genome. This problem needs further investigation.
description: Published as part of Bekker, Eugeniya I. & Kotov, Alexey A., 2016, A revision of the subgenus Eurycercus (Teretifrons) Frey, 1975 (Crustacea: Cladocera) in the Holarctic with description of a new species from Russian Arctic, pp. 351-376 in Zootaxa 4147 (4) on page 360, DOI: 10.11646/zootaxa.4147.4.1, http://zenodo.org/record/267823
Lupinus albus L.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lupinus
Lupinus albus

description: Lupinus albus L.
Weisse Lupine
Art ISFS: 245600 Checklist: 1027620 Fabaceae Lupinus Lupinus albus L.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): Ähnlich wie L. polyphyllus, aber Blätter nur mit 5-9 Teilblättern, oberseits fast kahl. Blütenstand nur 5-10 cm lang, wenigblütig, Blüten weiss, selten hellblau, 15-20 mm lang, Samen linsenförmig.
Blütezeit (nach Lauber & al. 2018): 5-7
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Kultiviert und gelegentlich verwildert / kollin /
Verbreitung global (nach Lauber & al. 2018): Mediterran
Ökologische Zeigerwerte (nach Landolt & al. 2010) 233-453.t
Ökologie
Lebensform Therophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Fmässig trockenLichtzahl LhellSalzzeichen--Reaktionszahl Rschwach sauer bis neutral (pH 4.5-7.5)Temperaturzahl Tsehr warm-kollin (nur an wärmsten Stellen, Hauptverbreitung in Südeuropa)Nährstoffzahl Nmässig nährstoffarm bis mässig nährstoffreichKontinentalitätszahl Ksubozeanisch bis subkontinental (mittlere Luftfeuchtigkeit, mässige Temperaturschwankungen und mässig tiefe Wintertemperaturen)
Nomenklatur
Gültiger Name (Checklist 2017):Lupinus albusL.
Volksname Deutscher Name: Weisse Lupine Nom français: Lupin blanc Nome italiano: Lupino bianco
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lupinus albus L.Checklist 2017245600=Lupinus albus L.Flora Helvetica 20011098=Lupinus albus L.Flora Helvetica 2012527a=Lupinus albus L.Flora Helvetica 2018527a=Lupinus albus L.Index synonymique 1996245600=Lupinus albus L.Landolt 19771674=Lupinus albus L.SISF/ISFS 2245600
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Neophyt: nach der Entdeckung von Amerika in der Region aufgetreten (nach 1500)
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
description: Published as part of Info Flora, 2021,
Lupinus angustifolius L.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lupinus
Lupinus angustifolius

description: Lupinus angustifolius L.
Schmalblättrige Lupine
Art ISFS: 245700 Checklist: 1027630 Fabaceae Lupinus Lupinus angustifolius L.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): Ähnlich wie L. polyphyllus, aber nur 20-80 cm hoch, Blätter mit nur 5-9 Teilblättern, diese schmal-lanzettlich, meist stumpf, 1-5 cm lang und 2-5 mm breit, oberseits fast kahl, Blütenstand nur 4-8 cm lang (Fruchtstand bis auf 25 cm verlängert), Blüten hellblau (selten weiss, purpurn oder mehrfarbig), 10-13 mm lang.
Blütezeit (nach Lauber & al. 2018): 5-7
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Kultiviert und gelegentlich verwildert / kollin /
Verbreitung global (nach Lauber & al. 2018): Mediterran
Ökologische Zeigerwerte (nach Landolt & al. 2010) 1 + w22-44 + 2.t.2n=40,48
Ökologie
Lebensform Therophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Ftrocken; Feuchtigkeit mässig wechselnd (± 1-2 Stufen)Lichtzahl LhellSalzzeichen--Reaktionszahl Rsauer (pH 3.5-6.5)Temperaturzahl Twarm-kollinNährstoffzahl NnährstoffarmKontinentalitätszahl Ksubozeanisch (hohe Luftfeuchtigkeit, geringe Temperaturschwankungen, eher milde Winter)
Nomenklatur
Gültiger Name (Checklist 2017):Lupinus angustifoliusL.
Volksname Deutscher Name: Schmalblättrige Lupine, Schmalblättrige Wolfsbohne Nom français: Lupin à folioles étroites Nome italiano: Lupino selvatico
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lupinus angustifolius L.Checklist 2017245700=Lupinus angustifolius L.Flora Helvetica 20011099=Lupinus angustifolius L.Flora Helvetica 2012527=Lupinus angustifolius L.Flora Helvetica 2018527=Lupinus angustifolius L.Index synonymique 1996245700=Lupinus angustifolius L.Landolt 19771675=Lupinus angustifolius L.SISF/ISFS 2245700
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Neophyt: nach der Entdeckung von Amerika in der Region aufgetreten (nach 1500)
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
description: Published as part of Info Flora, 2021,
The timing and structural evolution of the Donlin Creek gold deposit, southwest Alaska
Creators: name: MacNeil, Kenneth Daniel
Publisher: name: University of British Columbia
Year: 2009

description: Lithologic and structural data from more than 220 structurally oriented diamond drill holes are used to delineate the subsurface geology, 3-D geometry and to constrain the structural evolution of the >30 million ounce Donlin Creek gold deposit. The geology of the Donlin Creek gold deposit is characterized by north-northeast – south-southwest shortening that produced structural fabrics similar to those formed in thin-skinned fold and thrust belts. This deformation consists of dominantly southwest dipping thrust faults, subordinate northeast dipping back thrusts, and associated thrust ramp anticlines in the Kuskokwim Group sedimentary rocks. The fold and thrust style deformation is locally overprinted by northeast trending, low amplitude open folds interpreted to be related to regional dextral strike-slip tectonics. Low displacement, north-northeast striking, steeply southeast dipping normal faults cut the thrust faults and both generations of folds. The normal faults, northeast trending folds, and older fold and thrust geometry are intruded by a porphyritic dyke and sill swarm. Bedding discordant intrusions are emplaced along the north-northeast striking, steeply southwest dipping normal faults. Bedding concordant intrusions are most common in the folded sedimentary rocks in the hanging walls of thrust faults. The intrusions are cut by tensional gold being quartz ± carbonate + sulphide veins, which represent the youngest structural fabric. The distribution of veins is dictated by the rheology of the host rocks. For example, the brittle intrusions are the best host to gold mineralization; however veins are also present in coarse grained sedimentary rocks. U-Pb and ⁴⁰Ar/³⁹Ar geochronology provide absolute ages for deposition of the Kuskokwim sediments (~ 88 Ma), emplacement of the felsic intrusions (~71 Ma) and timing of gold mineralization (~ 71 Ma). These data indicate approximately 14.9 million years between initial sedimentation, emplacement of intrusions, and precipitation of gold mineralization. Geochronology constrains the timing of fold and thrust style deformation, and overprinting north-northeast trending folds to between ~ 88 Ma and ~ 71 Ma. The available geologic and geochronologic data also indicates that intrusion of the post-kinematic Late Cretaceous
Troglopalites Vargovitsh, 2012, gen. nov.
Creators: name: Vargovitsh, Robert S.
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Entognatha
Collembola
Arrhopalitidae
Troglopalites

description: Genus Troglopalites gen. nov.
Type species: Troglopalites stygios sp. nov.
Diagnosis. Genus of Arrhopalitidae with characters: chaetotaxy of the sixth abdominal segment is reduced and circumanal row of setae on dorsal and lateral valves is incomplete (mps1, mps3, mpi1 and mpi2 are absent); trichobothria ABC form an angle close to flat and seta p anteriorly to trichobothrial complex lies on or above the level of trichobothrium B (with respect to the line crossing B and parallel to anteroposterior body axis); secondary seta FSa on fore and mid tibiotarsi absent; dens with 5 transversal rows of setae on anterior side.
Discussion. Troglopalites gen. nov. is close to the genus Arrhopalites by: absence of seta FSa on fore and mid tibiotarsi, position of seta p of Abd I, anterior dens chaetotaxy, globular shape of the mucro tip, indistinct separation between subsegments of Ant IV. It differs from Arrhopalites by: reduced small abdomen chaetotaxy, trichobothrial pattern with almost flat ABC angle, high number of setal whorls (20 versus up to 15 in Arrhopalites) and subsegments (13 versus up to 8 in Arrhopalites) of Ant IV.
Troglopalites gen. nov. resembles genus Pygmarrhopalites by almost flat angle between trichobothria ABC and long antennae. The differences are: reduced small abdomen chaetotaxy, absence of FSa seta on fore and mid tibiotarsi (present in Pygmarrhopalites), position of p seta of Abd I (in Pygmarrhopalites it lies below the level of trichobothrium B), anterior dens chaetotaxy (5 transversal rows of setae versus 4 in Pygmarrhopalites), globular shape of mucro tip, indistinct separation between subsegments of Ant IV.
From both known genera of the family Arrhopalitidae Troglopalites gen. nov. differs by (1) much reduced Abd VI chaetotaxy and (2) combination of ‘ pygmaeus ’ type of trichobothrial pattern (ABC = ~ 170o) + ‘ caecus ’ type of Abd I seta p position (on or above the level of trichobothrium B).
description: Published as part of Vargovitsh, Robert S., 2012, New troglomorphic Arrhopalitidae (Collembola: Symphypleona) from the Western Caucasus, pp. 1-21 in Zootaxa 3174 on page 10, DOI: 10.5281/zenodo.279882
Lupinus polyphyllus Lindl.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Lupinus
Lupinus polyphyllus

description: Lupinus polyphyllus Lindl.
Vielblättrige Lupine
Art ISFS: 245800 Checklist: 1027640 Fabaceae Lupinus Lupinus polyphyllus Lindl.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): 60-150 cm hoch. Blätter handförmig zusammengesetzt, mit 9-17 Teilblättern, diese lanzettlich, spitz, 4-15 cm lang und 1-3 cm breit, zerstreut anliegend behaart. Blüten in 15-50 cm langem, endständigem, aufrechtem, traubigem, vielblütigem Blütenstand. Blüten blau, selten purpurn, rosa oder weiss, 12-16 mm lang. Kelch tief 2lippig. Frucht 2,5- 6 cm lang und 7-10 mm breit, anliegend behaart. Samen eiförmig.
Blütezeit (nach Lauber & al. 2018): 6-9
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Kahlschläge, Böschungen, kultiviert und gelegentlich verwildert / kollin-montan /
Verbreitung global (nach Lauber & al. 2018): Stammt aus Nordamerika
Ökologische Zeigerwerte (nach Landolt & al. 2010) 323-332.h.2n=48
Ökologie
Lebensform Mehrjähriger Hemikryptophyt
Lebensraum Lebensraumnach Delarze & al. 2015
5.2.2 - Kalkarme Schlagflur (Epilobion angustifolii)
fett Dominante Art, welche das Aussehen des Lebensraumes mitprägt Charakterart Weniger strikt an den Lebensraum gebundene Art
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Fmässig feuchtLichtzahl LhalbschattigSalzzeichen--Reaktionszahl Rsauer (pH 3.5-6.5)Temperaturzahl Tmontan (Wälder mit Buche, Weisstanne, in den Zentralalpen mit Waldföhre)Nährstoffzahl Nmässig nährstoffarm bis mässig nährstoffreichKontinentalitätszahl Ksubozeanisch (hohe Luftfeuchtigkeit, geringe Temperaturschwankungen, eher milde Winter)
Nomenklatur
Gültiger Name (Checklist 2017):Lupinus polyphyllusLindl.
Volksname Deutscher Name: Vielblättrige Lupine, Vielblättrige Wolfsbohne Nom français: Lupin à folioles nombreuses Nome italiano: Lupino fogliuto
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Lupinus polyphyllus Lindl.Checklist 2017245800=Lupinus polyphyllus Lindl.Flora Helvetica 20011097=Lupinus polyphyllus Lindl.Flora Helvetica 2012528=Lupinus polyphyllus Lindl.Flora Helvetica 2018528=Lupinus polyphyllus Lindl.Index synonymique 1996245800=Lupinus polyphyllus Lindl.Landolt 19771673=Lupinus polyphyllus Lindl.Landolt 19911400=Lupinus polyphyllus Lindl.SISF/ISFS 2245800
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Neophyt: nach der Entdeckung von Amerika in der Region aufgetreten (nach 1500)
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): NeinArt der "Liste der invasiven gebietsfremden Arten"Neophyten-Infoblatt
description: Published as part of Info Flora, 2021,
Additional file 1: of Genetic susceptibility to dyslipidemia and incidence of cardiovascular disease depending on a diet quality index in the MalmĂś Diet and Cancer cohort
Creators: name: Hellstrand, Sophie
name: Ericson, Ulrika
name: Christina-Alexandra Schulz
name: Drake, Isabel
name: Gullberg, Bo
name: Hedblad, Bo
name: EngstrĂśm, Gunnar
name: Orho-Melander, Marju
name: Sonestedt, Emily
Publisher: name: Figshare
Year: 2016
Subjects: subject: Genetics
subject: FOS: Biological sciences
subject: Biotechnology
subject: 69999 Biological Sciences not elsewhere classified
subject: Developmental Biology
subject: Science Policy
subject: 110309 Infectious Diseases
subject: FOS: Health sciences

description: Characteristics of the included single nucleotide polymorphisms. (DOCX 21 kb)
Medicago arabica Huds.
Creators: name: Info Flora
Publisher: name: Zenodo
Year: 2021
Subjects: Biodiversity
Taxonomy
Plantae
Tracheophyta
Magnoliopsida
Fabales
Fabaceae
Medicago
Medicago arabica

description: Medicago arabica (L.) Huds.
Arabischer Schneckenklee
Art ISFS: 254900 Checklist: 1028490 Fabaceae Medicago Medicago arabica (L.) Huds.
Bestimmungsschlüssel
Zusammenfassung
Artbeschreibung (nach Lauber & al. 2018): Stängel 15-60 cm, niederliegend, aufsteigend oder aufrecht, abstehend behaart. Teilblätter breit verkehrt-herzförmig, ca. 15 mm lang und 12 mm breit, in der Mitte mit einem braunen Fleck (nur bei dieser M.- Art). Nebenblätter grob gezähnt. Blüten gelb, Blütenstand nur 1-5 blütig. Frucht +/- kugelig, mit 3-6 Schraubenwindungen und bis 4 mm langen, oft gekrümmten Stacheln, Durchmesser 4-7 mm.
Blütezeit (nach Lauber & al. 2018): 4-5
Standort und Verbreitung in der Schweiz (nach Lauber & al. 2018): Äcker, Schuttplätze / kollin / Sehr zerstreut in J, M, A
Verbreitung global (nach Lauber & al. 2018): Mediterran
Ökologische Zeigerwerte (nach Landolt & al. 2010) 234+452.k-t.2n=16
Ökologie
Lebensform Monokarper Hemikryptophyt, Therophyt
Lebensraum Lebensraumnach Delarze & al. 2015
KEINE ANGABE
Ökologische Zeigerwerte nach Landolt & al. (2010)
BodenfaktorenKlimafaktorenSalztoleranzFeuchtezahl Fmässig trockenLichtzahl LhellSalzzeichen1Reaktionszahl Rschwach sauer bis neutral (pH 4.5-7.5)Temperaturzahl Tsehr warm-kollin (nur an wärmsten Stellen, Hauptverbreitung in Südeuropa)Nährstoffzahl NnährstoffreichKontinentalitätszahl Ksubozeanisch (hohe Luftfeuchtigkeit, geringe Temperaturschwankungen, eher milde Winter)
Nomenklatur
Gültiger Name (Checklist 2017):Medicago arabica(L.) Huds.
Volksname Deutscher Name: Arabischer Schneckenklee Nom français: Luzerne d'Arabie Nome italiano: Erba medica araba
Übereinstimmung mit anderen Referenzwerken
RelationNomReferenzwerkeNo=Medicago arabica (L.) Huds.Checklist 2017254900=Medicago arabica (L.) Huds.Flora Helvetica 20011112=Medicago arabica (L.) Huds.Flora Helvetica 2012620=Medicago arabica (L.) Huds.Flora Helvetica 2018620=Medicago arabica (L.) Huds.Index synonymique 1996254900=Medicago arabica (L.) Huds.Landolt 19771751=Medicago arabica (L.) Huds.SISF/ISFS 2254900=Medicago arabica (L.) Huds.Welten & Sutter 1982874
= Taxon stimmt mit akzeptiertem Taxon überein (Checklist 2017)  Taxon enthält (neben anderen) auch das akzeptierte Taxon (Checklist 2017)
Status Indigenat: Neophyt: nach der Entdeckung von Amerika in der Region aufgetreten (nach 1500)
Liste der gefährdeten Pflanzen IUCN(nach Walter & Gillett 1997): Nein
description: Published as part of Info Flora, 2021,
People’s estimates of risky drinking behaviour in New Zealand: 2014/15 ABAS
Creators: name: Gray, Rebecca
name: Nelson, Sarah
name: Gordon, Craig
Publisher: name: Health New Zealand
Year: 2024
Subjects: classificationCode: 420603
subject: Health promotion

description: The Health Promotion Agency (HPA)’s Attitudes and Behaviour towards Alcohol Survey (ABAS) monitors New Zealanders’ behaviour and attitudes towards alcohol, including questions about social norm perceptions of alcohol consumption. This fact sheet reports on people’s estimates of risky drinking behaviour among adults.