Fish passage in tropical systems
International Conference on River Connectivity (Fish Passage 2018)
Days
Monday, 10th December
Tuesday, 11th December
Wednesday, 12th December
Thursday, 13th December
Friday, 14th December
Tracks
Hydropower and Fish Symposium
Fish passage in tropical systems
Fish Passage in the Mekong Basin
Non-salmonid Fish Passage
Best practice diversion screening
Fish passage engineering advancements
Fish Passage and Connectivity monitoring techniques
Dam removal
Road Crossing Remediation
Reconnecting with floodplains and wetlands
Estuarine connectivity and passage
Policy – the Achilles-heel of river connectivity
Connectivity and river operations
Search
Speakers
Fish Passage in tropical systems I
1:30PM - 3:10PM
Wednesday, 12th December
Chandelier Room
Chair: Michael Roy
Using otoliths to quantify diadromy in the Lower Mekong Basin
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An Vu
Fish passage at the Don Sahong dam site, Khone Falls, Mekong River, southern Laos
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Kent G Hortle
Monitoring fish passage and fisheries at the Don Sahong dam site, Khone Falls, Mekong River, southern Laos
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Kent Hortle
Dazed and confused: why behavioral constraints can impose enormous challenges to fish passage in the Neotropics
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Paulo Santos Pompeu
Evaluating the placement of PIT tags in tropical river fishes: a case study involving two Mekong River species
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Lee J Baumgartner
Fish Passage in tropical systems II
3:40PM - 5:20PM
Wednesday, 12th December
Chandelier Room
Chair: Vanthong Phengvichith
Determining Migration Corridors and Lifecycle cues for Key Commercial, Subsistence and Conservation Freshwater Fish in Myanmar.
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Maung Maung Lwin
The importance of determining and maintaining migration corridors for the Hilsa Shad fishery in Myanmar Inland Rivers.
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John Conallin
Fish ladder as connectivity in a large Neotropical river: upstream and downstream movements of
Prochilodus lineatus
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Leandro F Celestino
Twenty years of fish passage policies establishment in Brazil: a review of the current status of fish passage science
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Luiz Silva
Impacted fish movement into tropical freshwater wetlands discharging water low in dissolved oxygen; the tail of two wetlands
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Trent Power