Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits
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Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits
Summary
Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits is a master's thesis[1].
Key Facts
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits authored the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — author (P50): Lisa Carlin[2].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's instance of is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — instance of (P31): master's thesis[3].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's publisher is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — publisher (P123): OUR Archive[4].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's language of work or name is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — language of work or name (P407): English[5].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's country of origin is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — country of origin (P495): New Zealand[6].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's publication date is recorded as +2018-00-00T00:00:00Z[7].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's main subject is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — main subject (P921): agriculture[8].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's main subject is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — main subject (P921): fresh water[9].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's main subject is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — main subject (P921): sediment[10].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's work available at URL is recorded as https://ourarchive.otago.ac.nz/handle/10523/7921[11].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's Handle ID is recorded as 10523/7921[12].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's title is recorded as Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits[13].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's copyright holder is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — copyright holder (P3931): Lisa Carlin[14].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's thesis submitted to is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — thesis submitted to (P4101): University of Otago[15].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's on focus list of Wikimedia project is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — on focus list of Wikimedia project (P5008): NZThesisProject[16].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's copyright status is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — copyright status (P6216): copyrighted[17].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's thesis committee member is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — thesis committee member (P9161): Christoph D. Matthaei[18].
- Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's thesis committee member is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — thesis committee member (P9161): Jeremy J Piggott[19].
Body
Designation and Status
Multiple agricultural stressors and stream benthic algae: the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits's instance of is recorded as the effects of fine sediment particle size and flow velocity reduction on community composition and biological traits — instance of (P31): master's thesis[3].