biodiversity and functioning of a subtropical coastal
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"Biodiversity and functioning of a subtropical coastal ecosystem:
subsidies for integrated management“ (BIOTA/FAPESP-Araçá)
"Biodiversity and functioning of a subtropical coastal ecosystem: subsidies
for integrated management“ (BIOTA/FAPESP-Araçá)
75 researchers (14 overseas)
39 graduate students (7 FAPESP; 11 CNPq; 19 CAPES; 2 FINEP)
22 undergrad students
6 postdocs (FAPESP)
18 technical assistants TT-3 (5 FAPESP; 1 UFABC)
21 contributors
179 total number of participants
35 institutions (9 overseas)
"Biodiversity and functioning of a subtropical coastal ecosystem: subsidies
for integrated management“ (BIOTA/FAPESP-Araçá)
Institutions: 35
IB/UNICAMPZUEC/UNICAMPNEPAM/UNICAMPIOUSPCEBIMAR/USPIB/USPMZUSPEACH/USPFE/USP
UNESP – S. VicenteUFRNUFALIP/APTA – UbatubaIP/APTA – S. SebastiãoIP/APTA – IlhabelaIP/APTA – SantosJ. Botânico – RJFund. SOS Mata Atlântica
IEE/USPUFRJIB/UFRJMN/UFRJIMar/UNIFESPCCNH/UFABCCCB/PUC-RIOUFPR - PalotinaUFSCar
Economic Analysis Branch, US Coast Guard, Department of Homeland SecurityGlobal Branch Division, International Conservation, U.S. Fish and Wildlife Service, Department of InteriorMarine Biological Section, University of CopenhagenNatural History Museum of Denmark, University of CopenhagenNational Museum of Natural History, Smithsonian InstituteUniversitá di SassaríUniversity of Massachusetts LowellUniversiteit Hasselt, Centre for Environmental Sciences
What are the
characteristics of water
and sediment?
How many organisms live
in the bay?
What are the local
biodiversity?
How those organisms
interact?
What are the perceptions, transformations
and environmental impacts on the bay?
Who uses Araça? For what?
What are the
characteristics of water
and sediment?
How many organisms live
in the bay?
What are the local
biodiversity?
How those organisms
interact?
What are the perceptions, transformations
and environmental impacts on the bay?
Who uses Araça? For what?
What are the
characteristics of water
and sediment?
How many organisms live
in the bay?
What are the local
biodiversity?
How those organisms
interact?
Do assemblages vary across space and/or time?
What are the effects of possible impacts, natural
or anthropic, on these assemblages?
Which sociocultural and
economic factors influence the
ecosystem health?
Do assemblages vary across space and/or time?
What are the effects of possible impacts, natural
or anthropic, on these assemblages?
What are the perceptions, transformations
and environmental impacts on the bay?
Who uses Araça? For what?
What are the
characteristics of water
and sediment?
How many organisms live
in the bay?
What are the local
biodiversity?
How those organisms
interact?
How to ensure sustainable,
long-term use of natural
resources?
What are the socio-cultural and
economic importance of the
ecosystem services provided by
the bay?
Which sociocultural and
economic factors influence the
ecosystem health?
What are the perceptions, transformations
and environmental impacts on the bay?
Who uses Araça? For what?
What are the
characteristics of water
and sediment?
How many organisms live
in the bay?
What are the local
biodiversity?
How those organisms
interact?
Do assemblages vary across space and/or time?
What are the effects of possible impacts, natural
or anthropic, on these assemblages?
Main questions – BIOTA/FAPESP-Araçá
1. Which physical, biological and human elements characterize Araçá
Bay?
2. How important is Araçá for mankind and also for the biosphere?
3. How to promote a sustainable development of the region based on
resources and ecosystem services?
The role of BIOTA/FAPESP-Araçá project
• Provide information so that future decisions about the Bay can be balanced considering environmental, social, economic and cultural aspects
• Propose an integrated way to study and plan the use of the environment, pursuing social, economic, political and cultural relevance
Leading Researchers
A. Cecília Z. Amaral, IB/UNICAMP (coordinator)
Alexander Turra, IO/USP
Aurea M. Ciotti, CEBIMar/USP
Carmen L.D.B. Rossi Wongtschowski, IO/USP
Yara Schaeffer Novelli, IO/USP
Module Coordinators
M1- Planktonic SystemAurea M. Ciotti, CEBIMar/USP
M2- Nektonic SystemCarmen L.D.B Rossi-Wongtschowski, IO/USP
M3- Benthic SystemA. Cecilia Z. Amaral, IB/UNICAMP
M4- Mangrove SystemYara Schaeffer Novelly, IO/USP
M7- Trophic InteractionsLucy S.H. Soares, IO/USP
M5- HydrodynamicsEduardo Siegle, IO/USP
M6- Sediment DynamycsJavier Alcantara, IO/USP
Module Coordinators
M8- Diagnóstico PesqueiroAntônio Olinto S. Silva, IP/APTA-Santos
M9- Identification and Valuation of Ecosystem ServicesPaulo A.A. Sinisgalli, EACH/USP
M10- Integrated ManagementAlexander Turra, IO/USP
M11- Ecological ModelingRonaldo Angelini, UFRN
M12- Spatial Data and Metadata Management de DadosLuis Américo Conti, EACH/USP
Module Coordinators
Subsídios para Gestão Integrada
Processo de aprendizagem da equipeProcesso de aprendizagem social
Pré-Projeto
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M2
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M12
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M1 - Planktonic SystemAccomplished and future goals
Phytoplankton biomass and water quality are significantly different in the Araçá Bay independently of the season. Overall, fall and winter months showed higher concentration of nutrients. Nutrients seem to increase variability in phytoplankton species composition as a function of precipitation rates and wind speed and direction.
91
93
95
97
99
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103
105
107
0 2000 4000 6000 8000 10000 12000 14000
Sa
tura
ção
do
ox
igê
nio
(%
)
Irradiância integrada - 2h
Baía do Araça Araçá Bay respond to solar irradiance by increasing saturation levels of dissolved oxygen in scale of hours, suggesting that primary production within the bay exceeds respiration.
Ichthyofauna
- Species dominance change among habitats and seasonally
- Dominance of small, juveniles andimmature individuals
- Six Trophic Groups:1 Piscivorous2 Penaeid shrimp and fish eaters3 Decapod eaters4 Decapod and peracarid eaters5 Peracarid and Polychaeta eaters6 Bivalve eaters
Low-tide (Tide Pools)16 Teleostei
High-tide111 species5 Elasmobranchii106 Teleostei
High Biodiversity
Dominant Species (98%):
IUCN Red List21 species, 5 being threatened
M2 - Nektonic System
36 species(11 Orders e 22 Families)
Birds
53% Terrestrian38% Freshwater9% Marine
Most resident in Brazil
Seasonal Visitant (Northern Hemisphere)
Caradrius semipalmatus
Feeding Area
Roosting area (migratory route)
Green Sea Turtle Chelonia mydas
76 individuals in 20 hours of observation
Feeding area
Cetaceans
Data gathering is in progressHigh level of noise interference from ships and port activity
Hydrophone
M2 - Nektonic System
M3 – Benthic SystemSoft bottom
Macrofauna Abundance
Intertidal Subtidal
Number of individuals 10842 778
Number of species 74 108
Exclusive species 31 66
Shared species 43 43
Microphytobenthos: evaluation of photosynthetic pigments, chlorophyll a and phaeopigments.Values were higher in the intertidal and shallow subtidalregion. Feo values were higher than the cl a.
Metals: the elements analyzed are below the limit values. The highest values were obtained for the subtidal
Meiofauna
12 higher groups, 182 morphotypes of Nematoda
Abundance ranged between 87 and 4,247 / sample point
Richness values of morphospeciesin each of the three types of algae
M3 – Benthic SystemRocky shore, algaeMacrofauna and Meiofauna
Non-metric multidimensional scaling (NMDS) showing the difference between the fouling community and the communities of the three zones of the intertidal substratum.
191 morpho-species
M5 - Hydrodynamics
- Oceanographic mooring- ADCP – current profiler/waves- CT’s – salinity and temperature
- Numerical modeling- Hydrodynamics/waves
~ 1 year of measured data
Wave propagation modeling
Hydrodynamic modeling
01/07/13 01/10/13 01/01/14 01/04/14 01/07/140
0.5
1
1.5
Vel. m
édia
(m
.s-1
)
01/07/13 01/10/13 01/01/14 01/04/14 01/07/1420
30
40
Salin
idade
01/07/13 01/10/13 01/01/14 01/04/14 01/07/1410
20
30
40
Tem
p.
(°C
)
Aliphatic hydrocarbons - hydrocarbons from oil and derivatives are introduced into themarine environment through urban drainage, domestic and industrial effluents, wateractivities, spills etc. - Hydrocarbons from natural sources including terrestrial plants,animals, bacteria, microalgae and macroalgae
Chromatogram, which
is assigned the name
of Unresolved
Complex Mixture
(Mistura Complexa
não Resolvida -
MCNR) - oil
FID1 A, (E:\ARACA13\ARA_AH6.D)
Tet
rade
ceno
(PI)
C14
C15
Hex
adec
eno
(PI)
C16
C17
Pris
tano
C18 Fita
no
C19
Eic
osen
o (P
I) C
20
C21
C22 C
23
C24
C25
C26
C27
C28
C29
C30
C31
C32 C
33
C34
C35
M6 - Sediment Dynamics
Fringed flounder
Horse-eye jack
HerringsJamaica weakfish
MojarrasPolychaetes
Detritus
Tanaid
Crab
ShrimpsPerchs
Grunts
Amphipods
Thalassinidean shrimp
Bluewing searobin
SPM
West Indianpointed venus
Mullet
Whitemouthcroaker
Inshore lizardfish
Caribbean ocellated moray
Feeding interactions of fish and invertebrates
M7 - Trophic Interactions
Araçá Bay is important to fisheries because of the catches it provides and its use as fishing
port and market. Inside the bay and nearby fishermen catch Anomalocardia brasiliana,
crabs and several fish species as Mugil curema and Centropomus parallelus. Around
Ilhabela they catch, e.g., Xiphopenaeus kroyeri, Opisthonema oglinum and Micropogonias
furnieri. To take the catches they use gillnets, small trawl nets, hooks and lines, traps and
manual extraction. At least 35 fishermen use the bay frequently for different purposes.
During 2012 and 2013 a total of 237 landings were registered in Araçá Bay. These landings
summed 4,560 kg of 43 categories of fishes, mollusks and crustaceans. Half caught in the
Bay.
M8 - Fishing Diagnosis
Goals
Identify the ecosystem services from Araça Bay Value the ecosystem services
A list of possible services provided by the Araçá Bay was made based on a bibliographical review. This list was validated by experts and local community members. They attributed degrees of importance from a local perspective, concerning to the contribution of the services to the welfare of the Bay users.
• For the food provision the value was from R$ 100.00 to 1000.00 per month per person. • For shelter for boats, a preliminary calculation resulted in a value around R$ 312,000.00
annually.
M9 - Identification and Valuation of Ecosystem Services
Aims
Phase 1
- Identification of uses and stakeholders;
- Diagnostic of conflicts, synergies, vulnerabilities and
potentialities;
- Understand the process of territory formation;
- Integrated analysis of the public policies in the region.
M10 - Integrated Management
M10 - Integrated Management
Aims
Phase 2
- Advertise, mobilize and interact with stakeholders;
- Provide a participatory process to discuss the
importance and functioning of the region;
- Communicate and discuss the scientific information
with stakeholders;
- Support the discussion and elaboration of a Local Plan
of Sustainable Development.
M12 - Spatial Data and Metadata Management
- Aggregate, organize, normalize , store and manage all the spatial data and information related to the project.- Establish a Spatial data infrastructure and ontologies rules to connect different modules.
- Metadata catalog with search and cross reference tools- Web Based Atlas (Geoportal) allowing users to get and access to datasets in a public and restricted manner- Create correlating modeling tools between modules datasets (geoprocessing)
Module 12 - Framework
ESRI Geoportal
GEOPORTAL – PROJETO ARAÇÁhttp://araca.maps.arcgis.com/home/
Summary of Results
• Spatial and temporal variability recorded in Araçá
• Higher variability in phytoplankton species composition during
fall and winter months
• Fish assemblages change between habitats and seasons
• Sediment characteristics and hydrodynamics also vary
throughout the year
• Benthic assemblages change due to environmental variability
• Importance – Ecosystem services
• Biodiversity: • More than 1000 species registered so far. Approximately 600
new records for the bay and 40 new species to science
• Biodiversity hotspot?
Only 50% of thematerial have been
processed so far
Last 50 years15 records/year
BIOTA/FAPESP-Araçá673 records/year
Total Novas Ameaçadas Total Novas Ameaçadas
Polychaeta 207 17 2 133 2 2
Mollusca 179 1 127
Crustacea 112 9 42
Rhodophyta 46 8
Bryozoa (Ectoprocta) 40 22 1 fam. + 1 gen. + 9 sp.
Cnidaria 32 18
Chlorophyta 23 5
Echinodermata 18 24
Ascidiacea 18 1 5 21 5
Phaeophyta 13
Porifera 12 1 16
Sipuncula 10 *
Ciliophora 6
Magnoliophyta 4 1 3
Kamptozoa 4 2
Enteropneusta 4 1 2 * 2
Echiura 3 1 *
Nemertea 1 *
Pycnogonida 1 *
Nematoda 249
Peixes 100
Ochrophyta 97
Myzozoa 50
Aves 29
Acoelomorpha 26 2
Plathyhelminthes 12 2 gen. + 5 sp.
Kynorhyncha 10 2 gen. + 10 sp.
Haptophyta 4
Cyanobacteria 4
Euglenozoa 3
Gastrotricha 2 1
Gnathostomulida 2
Tardigrada 2 1
Heterokontophyta 1
Priapulida *
Oligochaeta *
Total Geral 733 34 9 1010 1 fam. + 5 gen. + 30 sp. 9
até 2010 BIOTA/FAPESP-AraçáTáxons
591 new records
Summary of Results
Biodiversity