N2O synthesis by microalgae : pathways, significance and mitigations
2017 doctoral thesis by Maxence Plouviez at Massey University
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Key Facts
- Author: pathways, significance and mitigations — author (P50): Maxence Plouviez[1]
- Publisher: pathways, significance and mitigations — publisher (P123): Massey Research Online[2]
- Language of work or name: pathways, significance and mitigations — language of work or name (P407): English[3]
- Country of origin: pathways, significance and mitigations — country of origin (P495): New Zealand[4]
- Publication date: 2017[5]
- Main subject: pathways, significance and mitigations — main subject (P921): biotechnology[6], pathways, significance and mitigations — main subject (P921): nitrous oxide[7], pathways, significance and mitigations — main subject (P921): environment[8], pathways, significance and mitigations — main subject (P921): technology[9], pathways, significance and mitigations — main subject (P921): bioengineering[10]
- Title: N2O synthesis by microalgae : pathways, significance and mitigations[11]
- Copyright holder: pathways, significance and mitigations — copyright holder (P3931): Maxence Plouviez[12]
- Thesis submitted to: pathways, significance and mitigations — thesis submitted to (P4101): Massey University[13]
- On focus list of Wikimedia project: pathways, significance and mitigations — on focus list of Wikimedia project (P5008): NZThesisProject[14]
- Copyright status: pathways, significance and mitigations — copyright status (P6216): copyrighted[15]
- Thesis committee member: pathways, significance and mitigations — thesis committee member (P9161): Benoit Guieysse[16], pathways, significance and mitigations — thesis committee member (P9161): Andrew Nicholas Shilton[17], pathways, significance and mitigations — thesis committee member (P9161): Michael Packer[18]
- Thesis submitted for degree: pathways, significance and mitigations — thesis submitted for degree (P13338): Doctor of Philosophy[19]