solutions, models, tools and devices to assess selfsustained · 4th stakeholders workshop...
TRANSCRIPT
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4th Stakeholders workshop – Augsburg, Germany
10 - 11.09.2018
António Pinheiro
Instituto Superior Técnico (IST)
WP3
The innovation of solutions, models, tools and devices to assess selfsustained
fish population(s) at the test case HPP in each of the four regions
OVERVIEW
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FITHYDRO ACTIVITIES RELATED TO FISH MIGRATION IN IBERIA
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1. WP3 objectives
2. Solutions, Methods Tool and Devices (SMTDs)
3. Highlights of the work developed (April, 2018)
4. Outputs related with fish migration
5. FIThydro activities related to fish migration in Iberia:
Guma & Vadocondes HPP’s
Bragado HPP
Contents
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Objectives
Enhancing and customizing habitat and mortality modelling tools
Enhancing and customizing fish behaviour measurements
Enhancing and customizing technical solutions for fish migration
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WP3SMDTS
Devices Methods
Solutions
Tools
SMTDs
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WP3SMTDs
Solutions
Methods
Tools
Devices
Labs
Test cases
Numerical
modelling
Knowledge
and ideas
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Devices
Lateral LineProbe
System for 3D fish-tracking
Barotrauma Detection
System
Sensor less 3D ultra-
sound
SMTDs highlights
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Tools
Hydropeaking impact
assessment
Turbine fishmortality
model BioPA
Agent-based model in CASiMiR
SMTDs highlights
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Methods
Hydropeaking impact
assessment
Fish behaviour
SMTDs highlights
Shelter availability
vsgrain size
distribution
Sediment management downstream
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Solutions
Modelling fish behaviour
downstream of HPPs
2D and 3D modelling
Fish guidance and fish protection to
improve downstream
migration
Structuralmitigationmeasures
Guma HPP
SMTDs highlights
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Highlights of the work developed
SMTDs
The Lateral Line Probe (LLP) was developed and tested with data collection at IST lab and at Schiffmühle HPP.
A collection of lab data set with a the Lateral Line Probe and fish behaviourobservations was performed to achieve a concrete series of “flow signature” features related to known thresholds of fish sensing stimuli.
The extension of the turbine fish mortality model BioPA to European species is underway
The Barotrauma Detection System (BDS) sensors were developed. The field deployments for testing are underway.
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Highlights of the work developed
SMTDs
A data filter methodology for VPS tracks of individual fish is under development to study individual behaviour.
The equipment for a tracking fish with very high accuracy (3D ultra sound fish tracking) is available
3D fish tracking system in flumes - first test of the hardware was conducted
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Highlights of the work developed
SMTDs
Software tool development for hydropeaking impact
assessment on fish habitats is underway, as well as the
overall method to assess hydropeaking effects and
mitigation measures.
Vulnerability factors for some representative species will
be addressed.
Structural improvement measures (shelters) tested at IST
laboratory flume
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Highlights of the work developed
SMTDs
Modelling of fish passage facilities and donwstream area underway at Guma HPP, Spain.
FGS Type I Horizontal Bar Racks, several rack configurations were built tested. First experiments with floating debris and leaves have been carried out. Live-fish tests started in August.
Regarding FGS Type II Vertical Bar Racks, new bar shapes have been developed and tested. Measurements of the flow field and hydraulic losses were done. Live-fish tests started in August.
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D3.4 – Enhancing and customizing technical solutions for fish migration (month 48)
Design guideline for innovative fish guidance structures with horizontal and vertical bars for various size of HPPs and a range of fish species. (EHTZ)
Design guideline for fish guidance structures with horizontal bars and vertically inclined bars (CNRS)
Fish Protection System for fish approaching power intakes (TUM)
Recommendations for fishways modelling and design and attractiveness modeling (IST, ITAGRA, CNRS)
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Outputs
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4th Stakeholders workshop – Augsburg, Germany
10 - 11.09.2018
António Pinheiro
Instituto Superior Técnico (IST)
FIThydro activities related to fish migration in Iberia
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18/09/2018 Fco. Javier Sanz-Ronda 16
Guma & Vadocondes HPP’s
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Guma and Vadocondes HPP’s
Duero/Douro River, Burgos province, Spain
Fco. Javier Sanz-Ronda, GEA-ITAGRA.CTAna Quaresma , IST-ID
http://adevaherranz.es/Geografia/ESPANA/FISICA/Red fluvial/Rios Espana Vertientes y cuencas hidrograficas .gif
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18/09/2018 18Fco. Javier Sanz-Ronda
Vad
oco
nd
es
Guma Vadocondes
Generation flow 35 m3/s 28 m3/s
Turbines 2 Kaplan S 2 Kaplan S
Dam height 8.85 m 3.75 m
Power 2.25 MWh 1.00 MWh
Gu
ma
Both are run-off river and the turbines are at the foot of the dam.
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Vadocondes HP
Guma HP
Guma-Vadocondes HPPs
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Test Case – Guma HPP
Power plantFishway
Guma HPP
Capacity = 2.25 MWDischarge = 35.0 m3/s
Head = 8.85 m
20/03/2018 Ana Quaresma / IST-ID 20
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Test Case – Guma HPP
Pool-type fishway withnotches and orifices
Fishway Downstream river reach
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Scientific objectives
Test Case – Guma HPP
Detect and reduce environmental problems in this river reach
Help and facilitate research in native fish ecology, migration and conservation
Attraction flows Fish migration E-flows
Hydropeaking Habitat improvement
Spawning areas Species at risk
© Claúdia BaetaIberian Barbel(Luciobarbus bocagei, Steindachner, 1864)
© Marcos Oliveira Iberian Chub (Squalius pyrenaicus, Günther, 1868)
© Filipe RibeiroNorthern straight mouth nase(Pseudochondrostoma duriense, Coelho, 1985)
© David PerezPanjorca/ Bermejuela
(Achondrostoma arcasii, Steindachner, 1866)
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18/09/2018 23Fco. Javier Sanz-Ronda
Riverbed topography survey (Guma, September 2017)
ADCP, GPS, Total station
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Test Case – Guma HPP
3D modelling of the fishway analysing its operation and
hydrodynamics, under different flow regimes and
operational constraints like an orifice or notch clogging
2D and 3D modelling of the downstream river reach to
analyse the attraction flow, and fishway attractiveness
considering the competing turbined flow, analysing
different scenarios to improve the attractiveness
2D and 3D modelling of the downstream river reach to
analyse the habitat availability, and spawning areas
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3D modelling of the fishway water inlet area to assess the
conditions of up and downstream movements and
analyse protection measures against floating debris
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18/09/2018 25Fco. Javier Sanz-Ronda
Fish Survey (from summer 2017 until now)
Historic, national and regional databases Electrofishing in riverFishways sampling (twice a month)
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18/09/2018 26Fco. Javier Sanz-Ronda
Fish population: 5 native vs. 8 exotic; >1,000 fish collected, all tagged using VIE
Two Iberian endemism in the Annex II of Habitat Directive 92/43/EEC:
Boga and Bermejuela
IUCN Vulnerable
http://www.google.es/url?sa=i&rct=j&q=&esrc=s&source=images&cd=&cad=rja&uact=8&ved=0ahUKEwjwgvTL87TQAhXFfRoKHXpYCOoQjRwIBw&url=http://www.mediterranea.org/cae/divulgac/peces/bermejuela.htm&psig=AFQjCNEKuidtUC6sm6aytxh8rS_cgjbZBg&ust=1479647756536050https://www.google.es/url?sa=i&rct=j&q=&esrc=s&source=images&cd=&cad=rja&uact=8&ved=0ahUKEwiF85rq87TQAhVSahoKHZ6sBwsQjRwIBw&url=https://commons.wikimedia.org/wiki/File:Pseudochondrostoma_duriense_06_by-dpc.jpg&psig=AFQjCNFJylrP2e_lyxTCpJwfM_9zL7OqUg&ust=1479647807762671
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18/09/2018 27Fco. Javier Sanz-Ronda
PIT-tag Radio-telemetry CFD
Fish migration (Guma):
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18/09/2018 28Fco. Javier Sanz-Ronda
• 4 antennas working since 23rd May
• 165 barbels tagged with PIT (9 – 25 cm fork length)
Some preliminary results:
32/165 barbels have located the fishway
8/32 barbels ascending with sucess
Ascent time 40 min to 2 h (8,5 m height)
Some fish seem to live in the fishway
• Radiotags: 5 tagged barbels were released
upstream and downstream the HPP.
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18/09/2018 29Fco. Javier Sanz-Ronda
Downstream
migration
Spawning
grounds
Entrance
Attraction
Passage
Spawning
success
//upload.wikimedia.org/wikipedia/commons/3/31/Spain_traffic_signal_tp50.svg
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18/09/2018 30Fco. Javier Sanz-Ronda
Routes: PIT-tag and Radio-telemetry Survival (turbine passage): BDS
Downstream migration
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18/09/2018 31Fco. Javier Sanz-Ronda
June and July 2018
Spawning areas:River bottom visual surveys, Larvae sampling
Upstream and Downstream passage:More PIT and radio tags
Turbine passage:Guma BDS tests
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18/09/2018 32Fco. Javier Sanz-Ronda
Problems: high flows and Guma larger turbine
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Bragado HPP
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Bragado HPP
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Bragado powerhouse(41.5814N; 7.6801W)
Bragado weir(41.5754N; 7.6523W)
1000 m
WGS84 coordinates
N
Avelâmes River
Tributary of Tâmega river
Douro River basin
AvelâmesRiver
Tâmega River
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Bragado HPP
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h≈159 m
Qturbined≈2.2 m3/s
QEflow≈0.07 m3/s
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Bragado HPP test case
• Analysis of river discharges, habitat and fish populations;
• Assessment of the hydropeaking effects on fish populations;
• Fish behavior (movement and habitat use);
• Evaluation of solution available to mitigate those effects;
• Field implementation of solution selected and assessment of
their results;
• Application of the Hydropeaking Tool.
Increase the knowledge about the effects of hydropeaking in small Iberian streams and to identify appropriate solution to mitigate such effects.
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Reach downstream Bragado HPP
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Bragado tail race
Avelâmes River
≈150 m
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Fish Survey (December 2017)
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Species W (g) TL (cm)
Upstream Calandino 1.0±0.0 7.1±0.1
Nase 1 4.1
Iberian chub 36.6±29.9 13.7±5.0
Downstream Calandino 7.5 3
Nase 4.2±4.3 7.9±2.0
Iberian chub 7.8±7.3 8.6±2.6
Iberian chub, Squalius pyrenaicusCalandino, Squalius alburnoidesIberian nase, Pseudochondrostoma almacaiEel, Anguilla anguilla
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Fish PITtag (Spring 2018)
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Species W (g) TL (cm)
Upstream25 (24 PITtag)
Calandino 6.1±2.8 8.3±1.4
Iberian chub 7.77±8.4 8.2±2.0
Nase 6 8.6
Downstream116 (79 PITtag)
Calandino 4.1±1.5 7.2±0.7
Iberian chub 15.6±13.6 10.2±2.2
Nase 6.8±5.6 8.5±1.7
Iberian chub, Squalius pyrenaicusCalandino, Squalius alburnoidesIberian nase, Pseudochondrostoma almacaiEel, Anguilla anguilla
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PIT tagging (Spring 2018)
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Downstream reach
19 142
34
4
60
10
20
30
40
50
60
Nase Chub Calandino
N
N (recorded) N (No recorded)
53
18
8
44%
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Fish PITtag survey (Spring 2018)
1 survey2 survey3 survey4 survey5 survey6 survey
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Funded by the Horizon 2020 Framework Programme of the European Union
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Acknowledgements to:
Javier Sanz-Ronda (ITAGRA)
Isabel Boavida and Ana Quaresma (IST-ID)