Freshwater Database

The influence of connectivity on the functional role of a natural and re-constructed side-arm in the lower Waikato River

Show simple dataset record

dc.contributor.author Ginders, Melany Ann
dc.date.accessioned 2016-05-13T02:41:36Z
dc.date.available 2016-05-13T02:41:36Z
dc.identifier.citation Ginders, Melany Ann. (2016) The influence of connectivity on the functional role of a natural and re-constructed side-arm in the lower Waikato River [dataset]. Environmental Research Institute (ERI), The University of Waikato [producer]. LERNZdb [distributor]. http://dx.doi.org/10.15466/LERNZdb-1197 en_NZ
dc.identifier.uri http://lernzdb.its.waikato.ac.nz/handle/123456789/1206
dc.identifier.uri http://dx.doi.org/10.15466/LERNZdb-1197
dc.description.abstract A comparison of a natural and a reconstructed side-arm during different phases of hydrological connectivity in the lower Waikato River. This data set investigates zooplankton abundance and community composition in order to compare each side arm with the river, and any occurring patterns within the side-arm longitudinally. en_NZ
dc.rights In retrieving material stored on this database you agree that you rely on the data at your own risk; the University of Waikato offers no warranty or representation that the data is fit for any particular purpose, or free from defects, and will not be liable for any losses or damages whatsoever including any indirect, special, incidental or consequential damages incurred by you arising out of the use of the database or in reliance on the data retrieved. You agree that data is not of a kind ordinarily supplied for personal or domestic purposes, and that the Consumer Guarantees Act 1993 does not apply. en_NZ
dc.rights Attribution 3.0 New Zealand *
dc.rights.uri http://creativecommons.org/licenses/by/3.0/nz/ *
dc.title The influence of connectivity on the functional role of a natural and re-constructed side-arm in the lower Waikato River en_NZ
dc.type dataset en_NZ
lernz.data.category Zooplankton
lernz.data.qualitycontrol Sampling gear
lernz.data.qualitycontrol Microscope type
lernz.data.qualitycontrol Habitat type
lernz.data.qualitycontrol Identified by
lernz.data.qualitycontrol Net mesh size
lernz.data.qualitycontrol Collected by
lernz.data.qualitycontrol Magnification
lernz.data.qualitycontrol Reference for identification guide
lernz.data.type River
lernz.data.variable Sample Volume
lernz.data.variable Plankton Species Counts
lernz.date.end 2010-10-01
lernz.date.start 2009-11-01
lernz.relation Ginders, M. A., Collier, K. J., Duggan, I. C., & Hamilton, D. P. (2016). Influence of hydrological connectivity on plankton communities in natural and reconstructed side-arms of a large New Zealand river. River Research and Applications, Online, 12 pages. doi:10.1002/rra.3008 en_NZ
lernz.species Rotifers Polyarthra dolichoptera
lernz.species Rotifers Monommata sp.
lernz.species Rotifers Mytilina bisulcata
lernz.species Rotifers Ascomorphella volvocicola
lernz.species Rotifers Colurella uncinata
lernz.species Rotifers Keratella tropica
lernz.species Rotifers Aspelta angusta
lernz.species Rotifers Ascomorpha ovalis
lernz.species Rotifers Keratella cochlearis
lernz.species Rotifers Trichocerca porcellus
lernz.species Rotifers Gastropus minor
lernz.species Rotifers Cephalodella catellina
lernz.species Rotifers Trichocerca rattus
lernz.species Rotifers Lepadella ovalis
lernz.species Copepods Calamoecia lucasi
lernz.species Rotifers Lecane hamata
lernz.species Rotifers Trichocerca teniour
lernz.species Rotifers Trichocerca tigris
lernz.species Cladocerans Ilyocryptus sordidus
lernz.species Rotifers Filinia longiseta
lernz.species Rotifers Lecane bulla
lernz.species Rotifers Brachionus budapestinensis
lernz.species Rotifers Filinia terminalis
lernz.species Cladocerans Bosmina meridionalis
lernz.species Rotifers Trichocerca stylata
lernz.species Rotifers Dicranophorus caudatus
lernz.species Rotifers Mytilina ventralis
lernz.species Rotifers Pompholyx complanata
lernz.species Rotifers Testudinella patina
lernz.species Rotifers Dicranophorus epachris
lernz.species Rotifers Collotheca sp.
lernz.species Rotifers Asplanchna priodonta
lernz.species Rotifers Lecane lunaris
lernz.species Rotifers Brachionus quadridentatus
lernz.species Rotifers Keratella tecta
lernz.species Rotifers Trichotria tetractis
lernz.species Rotifers Trichocerca similis
lernz.species Rotifers Trichocerca pusilla
lernz.species Rotifers Brachionus angularis
lernz.species Cladocerans Chydorus sp.
lernz.species Rotifers Asplanchna sieboldi
lernz.species Rotifers Synchaeta longipes
lernz.species Copepods Gen. sp.
lernz.species Rotifers Cupelopagis vorax
lernz.species Rotifers Synchaeta oblonga
lernz.species Rotifers Brachionus calyciflorus
lernz.species Rotifers Encentrum sp.
lernz.species Rotifers Lecane ichthyoura
lernz.species Rotifers Euchlanis dilatata
lernz.species Rotifers Lecane flexilis
lernz.species Rotifers Notommata glyphura
lernz.species Rotifers Hexarthra mira
lernz.species Rotifers Platyais quadricornis
lernz.species Cladocerans Simocephalus vetulus
lernz.species Rotifers Synchaeta pectinata
lernz.species Rotifers Lecane luna
lernz.species Rotifers Keratella procurva
lernz.species Rotifers Bdelloids sp.
lernz.species Rotifers Conochilus natans
lernz.species Rotifers Lecane closterocerca
lernz.species Rotifers Lophocharis salpina
lernz.species Rotifers Cephalodella gibba
lernz.species Cladocerans Daphnia galeata
lernz.species Rotifers Pleurotrocha petromyzon
lernz.species Cladocerans Ceriodaphnia dubia
lernz.species Rotifers Filinia novaezealandiae
lernz.species Rotifers Brachionus leydigi
lernz.species Ostracods Gen. sp.
lernz.species Rotifers Keratella slacki
lernz.supplier Environmental Research Institute (ERI), The University of Waikato en_NZ
lernz.waterbody.river Waikato River
lernz.waterbody.region Waikato
lernz.coverage.spatial 175.157111|-37.541744|70|N3Nov
lernz.coverage.spatial 175.154747|-37.569244|70|R1Jan
lernz.coverage.spatial 175.154747|-37.569244|70|R1Jun
lernz.coverage.spatial 175.154747|-37.569244|70|R1Sep
lernz.coverage.spatial 175.154747|-37.569244|70|R1Dec
lernz.coverage.spatial 175.156797|-37.543925|70|N1Mar
lernz.coverage.spatial 175.156975|-37.565147|70|A2Jul
lernz.coverage.spatial 175.156975|-37.565147|70|A2Dec
lernz.coverage.spatial 175.157561|-37.543167|70|N2Jul
lernz.coverage.spatial 175.157561|-37.543167|70|N2Oct
lernz.coverage.spatial 175.157442|-37.563353|70|A3Jan
lernz.coverage.spatial 175.157442|-37.563353|70|A3Jul
lernz.coverage.spatial 175.156764|-37.566278|70|A1Sep
lernz.coverage.spatial 175.156764|-37.566278|70|A1Nov
lernz.coverage.spatial 175.158122|-37.553717|70|R2Aug
lernz.coverage.spatial 175.156975|-37.565147|70|A2Sep
lernz.coverage.spatial 175.157111|-37.541744|70|N3Mar
lernz.coverage.spatial 175.158122|-37.553717|70|R2Feb
lernz.coverage.spatial 175.156053|-37.539039|70|R3Dec
lernz.coverage.spatial 175.156053|-37.539039|70|R3Feb
lernz.coverage.spatial 175.157561|-37.543167|70|N2Dec
lernz.coverage.spatial 175.156797|-37.543925|70|N1Dec
lernz.coverage.spatial 175.156797|-37.543925|70|N1Aug
lernz.coverage.spatial 175.156797|-37.543925|70|N1Nov
lernz.coverage.spatial 175.156975|-37.565147|70|A2Jan
lernz.coverage.spatial 175.156764|-37.566278|70|A1Jul
lernz.coverage.spatial 175.157561|-37.543167|70|N2May
lernz.coverage.spatial 175.157442|-37.563353|70|A3Aug
lernz.coverage.spatial 175.156975|-37.565147|70|A2Apr
lernz.coverage.spatial 175.154747|-37.569244|70|R1Aug
lernz.coverage.spatial 175.154747|-37.569244|70|R1Feb
lernz.coverage.spatial 175.156797|-37.543925|70|N1Oct
lernz.coverage.spatial 175.156053|-37.539039|70|R3Nov
lernz.coverage.spatial 175.157111|-37.541744|70|N3Feb
lernz.coverage.spatial 175.157111|-37.541744|70|N3Apr
lernz.coverage.spatial 175.156764|-37.566278|70|A1Mar
lernz.coverage.spatial 175.157442|-37.563353|70|A3Apr
lernz.coverage.spatial 175.157561|-37.543167|70|N2Feb
lernz.coverage.spatial 175.158122|-37.553717|70|R2Mar
lernz.coverage.spatial 175.158122|-37.553717|70|R2Sep
lernz.coverage.spatial 175.158122|-37.553717|70|R2Apr
lernz.coverage.spatial 175.158122|-37.553717|70|R2Jun
lernz.coverage.spatial 175.158122|-37.553717|70|R2Dec
lernz.coverage.spatial 175.157111|-37.541744|70|N3May
lernz.coverage.spatial 175.157111|-37.541744|70|N3Jul
lernz.coverage.spatial 175.157442|-37.563353|70|A3Feb
lernz.coverage.spatial 175.156975|-37.565147|70|A2Feb
lernz.coverage.spatial 175.156975|-37.565147|70|A2Mar
lernz.coverage.spatial 175.156764|-37.566278|70|A1May
lernz.coverage.spatial 175.156053|-37.539039|70|R3Mar
lernz.coverage.spatial 175.156053|-37.539039|70|R3Jan
lernz.coverage.spatial 175.158122|-37.553717|70|R2Nov
lernz.coverage.spatial 175.157561|-37.543167|70|N2Mar
lernz.coverage.spatial 175.157111|-37.541744|70|N3Oct
lernz.coverage.spatial 175.158122|-37.553717|70|R2Jul
lernz.coverage.spatial 175.154747|-37.569244|70|R1Mar
lernz.coverage.spatial 175.154747|-37.569244|70|R1May
lernz.coverage.spatial 175.154747|-37.569244|70|R1Jul
lernz.coverage.spatial 175.157442|-37.563353|70|A3Jun
lernz.coverage.spatial 175.156797|-37.543925|70|N1Sep
lernz.coverage.spatial 175.156797|-37.543925|70|N1Jun
lernz.coverage.spatial 175.157111|-37.541744|70|N3Sep
lernz.coverage.spatial 175.156975|-37.565147|70|A2May
lernz.coverage.spatial 175.158122|-37.553717|70|R2Jan
lernz.coverage.spatial 175.158122|-37.553717|70|R2May
lernz.coverage.spatial 175.157561|-37.543167|70|N2Sep
lernz.coverage.spatial 175.156764|-37.566278|70|A1Aug
lernz.coverage.spatial 175.156764|-37.566278|70|A1Jun
lernz.coverage.spatial 175.156797|-37.543925|70|N1Jul
lernz.coverage.spatial 175.156797|-37.543925|70|N1Feb
lernz.coverage.spatial 175.157561|-37.543167|70|N2Apr
lernz.coverage.spatial 175.156053|-37.539039|70|R3Apr
lernz.coverage.spatial 175.156053|-37.539039|70|R3Sep
lernz.coverage.spatial 175.156053|-37.539039|70|R3Oct
lernz.coverage.spatial 175.154747|-37.569244|70|R1Apr
lernz.coverage.spatial 175.157442|-37.563353|70|A3Oct
lernz.coverage.spatial 175.156053|-37.539039|70|R3May
lernz.coverage.spatial 175.156975|-37.565147|70|A2Jun
lernz.coverage.spatial 175.156975|-37.565147|70|A2Nov
lernz.coverage.spatial 175.156975|-37.565147|70|A2Aug
lernz.coverage.spatial 175.157111|-37.541744|70|N3Aug
lernz.coverage.spatial 175.156053|-37.539039|70|R3Aug
lernz.coverage.spatial 175.157561|-37.543167|70|N2Nov
lernz.coverage.spatial 175.157442|-37.563353|70|A3May
lernz.coverage.spatial 175.156975|-37.565147|70|A2Oct
lernz.coverage.spatial 175.157111|-37.541744|70|N3Jun
lernz.coverage.spatial 175.157111|-37.541744|70|N3Dec
lernz.coverage.spatial 175.154747|-37.569244|70|R1Oct
lernz.coverage.spatial 175.156797|-37.543925|70|N1Apr
lernz.coverage.spatial 175.156797|-37.543925|70|N1Jan
lernz.coverage.spatial 175.157561|-37.543167|70|N2Aug
lernz.coverage.spatial 175.157442|-37.563353|70|A3Dec
lernz.coverage.spatial 175.157442|-37.563353|70|A3Nov
lernz.coverage.spatial 175.156053|-37.539039|70|R3Jul
lernz.coverage.spatial 175.156053|-37.539039|70|R3Jun
lernz.coverage.spatial 175.156797|-37.543925|70|N1May
lernz.coverage.spatial 175.156764|-37.566278|70|A1Jan
lernz.coverage.spatial 175.157442|-37.563353|70|A3Mar
lernz.coverage.spatial 175.156764|-37.566278|70|A1Apr
lernz.coverage.spatial 175.156764|-37.566278|70|A1Oct
lernz.coverage.spatial 175.157111|-37.541744|70|N3Jan
lernz.coverage.spatial 175.154747|-37.569244|70|R1Nov
lernz.coverage.spatial 175.156764|-37.566278|70|A1Feb
lernz.coverage.spatial 175.157561|-37.543167|70|N2Jun
lernz.coverage.spatial 175.156764|-37.566278|70|A1Dec
lernz.coverage.spatial 175.158122|-37.553717|70|R2Oct
lernz.coverage.spatial 175.157442|-37.563353|70|A3Sep
lernz.coverage.spatial 175.157561|-37.543167|70|N2Jan


Show simple dataset record