Literature review and experimental design to address retaining floodwater on floodplains and flow enhancement hypotheses relevant to native tree species
report
posted on 2023-03-23, 18:29 authored by Caitlin V Johns, Christine J Reid, Jane Roberts, Neil Sims, Tanya Doody, Ian Overton, Heather McGinness, Kerrylee Rogers, Cherie J Campbell, Ben Gawne"June 2009".
Project Number: Literature review and experimental design to address retaining floodwater on floodplains and flow enhancement hypotheses relevant to native tree species - M/BUS/313.
MDFRC item.
The following hypotheses, relating to native trees, arose directly from the IMAF development process: 1. 'Suitable habitat for native tree species will be created or maintained through retaining floodwater on floodplains.' 2. 'The health and growth of native tree species will increase through retaining floodwater on floodplains.' 3. 'Native tree species will germinate and recruit through retaining floodwater on floodplains.' 4. 'Suitable habitat for native tree species will be created or maintained through flow enhancement.' 5. 'The health and growth of native tree species will increase through flow enhancement.' 6. 'Native tree species will germinate and recruit through flow enhancement.' 7. 'Suitable habitat for weed vegetation will be created or maintained through retaining floodwater on floodplains.' Information on the validity of these hypotheses is required for improved decision-making, investment and monitoring of TLM sites, and for Basin-wide management.
Project Number: Literature review and experimental design to address retaining floodwater on floodplains and flow enhancement hypotheses relevant to native tree species - M/BUS/313.
MDFRC item.
The following hypotheses, relating to native trees, arose directly from the IMAF development process: 1. 'Suitable habitat for native tree species will be created or maintained through retaining floodwater on floodplains.' 2. 'The health and growth of native tree species will increase through retaining floodwater on floodplains.' 3. 'Native tree species will germinate and recruit through retaining floodwater on floodplains.' 4. 'Suitable habitat for native tree species will be created or maintained through flow enhancement.' 5. 'The health and growth of native tree species will increase through flow enhancement.' 6. 'Native tree species will germinate and recruit through flow enhancement.' 7. 'Suitable habitat for weed vegetation will be created or maintained through retaining floodwater on floodplains.' Information on the validity of these hypotheses is required for improved decision-making, investment and monitoring of TLM sites, and for Basin-wide management.
Funding
Funding agency: Murray-Darling Basin Authority. Client: Murray-Darling Basin Authority.
History
Publication Date
2009-07-01Publisher
Murray-Darling Freshwater Research Centre.Report Number
MDFRC Technical Report.Rights Statement
Open Access. This report has been reproduce with the publishers permission. Permission to reproduce this report must be sought from the publisher. Copyright (2009) Murray-Darling Freshwater Research Centre.Data source
arrow migration 2023-03-09 17:50. Ref: 0c68e3. IDs:['http://hdl.handle.net/1959.9/505437', 'latrobe:35378']Usage metrics
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