55245 MHI Atlantis Model Data Set Published / External 25956 Ecosystem Modeling Project Completed 2021 The data described here is the Main Hawaiian Islands (MHI) Atlantis Ecosystem model output data for biomass and catch trends of various functional groups under different scenarios. Hind-cast simulations were run for for model validation, and forecast simulations were run for ecological forecasting under different climate change scenarios. The data used in the model comes from benthic and coral reef fish surveys conducted by Pacific Island Fisheries Science Center (PIFSC) RAMP cruises, recreational fishery data from MRIP, commercial fishery data administered by WPacFIN, bottomfish fishery-dependent and independent data from PIFSC, and sea turtle and monk seal data from the PIFSC. Model simulations of ecological forecasting were carried out and included 50 year forecast (2020-2070) simulations with and without the predicted effects of climate change (ocean warming and ocean acidification) evaluating changes in ecological and social state components. The MHI Atlantis Ecosystem Model incorporates the coral-specific modules that were developed for the Guam Atlantis model. The model can be used for management-strategy evaluation by simulating existing and alternative fisheries and land-use regulations and comparing the results under different management and environmental change scenarios (e.g. in terms of fish biomass, coral cover, fisherman participation). A hindcast simulation is used for model validation and the model is used for ecosystem forecasting under two climate change scenarios. Data can be accessed via the NOAA National Centers for Environmental Information (NCEI) Ocean Archive, accession # 0240826. There is little question that declining integrity of coral reef ecosystems around Hawaii is eroding the ability of these systems to provide the goods and services that humans rely on. It is less clear what to do to reverse this trend or what the societal goals are specifically in relation to social and economic objectives. In recent years, the use of ecosystem models has been advocated as they can provide a better understanding of the impacts of environmental and human use activities on ecosystems and how to mitigate for adverse effects. They can also simulate the cumulative effect of multiple stressors. Local and federal managers in Hawaii expressed the need for a tool to improve understanding of (1) the vulnerability and resilience of insular ecosystems and approaches that could improve the recovery of these ecosystems and (2) the socio-ecological impacts of regulations that aim to improve reef-fish stocks and reef condition. The need to evaluate the efficacy of regulation efforts that allows for the recognition that people are an integral part of social-ecological systems and that people both affect and respond to ecosystem processes can be met by whole-of-system ecosystem models such as the Hawaii Atlantis model. Additionally, there is a need for clear communication to the community and stakeholders of model outcomes. Simulating the existing environmental conditions and comparing the results of the status quo (current regulations and stressors) with alternative management scenarios facilitates review and evaluation of the effectiveness of present rules and regulations governing coral reef fishery and conservation around Hawaii. Created by Mariska Weijerman 10/25/20. Updated by Lori H. Luers in 2021. Reports: Weijerman, Mariska, Kirsten M Leong, and Supin Wongbusarakum. 2019. “Second Hawai’i Atlantis Ecosystem Model Planning Workshop: Where Is the ‘S’ in EBFM?” National Marine Fisheries Service, Pacific Islands Fisheries Science Center. Administrative Report H ; 19-05. Honolulu, HI. doi:https://doi.org/10.25923/bfwa-7084. Weijerman, Mariska. 2017. “Report of the Hawaii Atlantis Ecosystem Model Planning Workshop Held in January 2017 in Honolulu.” National Marine Fisheries Service, Pacific Islands Fisheries Science Center. Administrative Report H ; 17-03. doi:http://doi.org/10.7289/V5/AR-PIFSC-H-17-03. Peer-reviewed publications: Weijerman M, Oyafuso ZS, Leong KM, Oleson KLL, Winston M. 2020. Supporting Ecosystem-based Fisheries Management in meeting multiple objectives for sustainable use of coral reef ecosystems. ICES J Mar Sci.:13. https://doi.org/10.1093/icesjms/fsaa194. Weijerman, Mariska, Arnaud Grüss, Dayton Dove, Jacob Asher, Ivor D. Williams, Christopher Kelley, and Jeffrey C. Drazen. 2019. “Shining a Light on the Composition and Distribution Patterns of Mesophotic and Subphotic Fish Communities in Hawai’i.” Marine Ecology Progress Series 630: 161–82. doi:10.3354/meps13135. Pethybridge, Heidi R., Mariska Weijerman, Holly Perrymann, Asta Audzijonyte, Javier Porobic, Vidette McGregor, Raphael Girardin, et al. 2019. “Calibrating Process-Based Marine Ecosystem Models: An Example Case Using Atlantis.” Ecological Modelling 412: 108822. doi:10.1016/J.ECOLMODEL.2019.108822. Weijerman M, Fulton EA, Brainard RE. 2016. Management Strategy Evaluation Applied to Coral Reef Ecosystems in Support of Ecosystem-Based Management. PLoSOne 11:e0152577. doi.org/10.1371/journal.pone.0152577 Weijerman M, Fulton E, Kaplan I, Gorton B, Leemans R, Mooij W, et al. An integrated coral reef ecosystem model to support resource management under a changing climate. PLoS One 1:e0144165. https://doi.org/10.1371/journal.pone.0144165 Theme ISO 19115 Topic Category biota Spatial Global Change Master Directory (GCMD) Location Keywords OCEAN > PACIFIC OCEAN > CENTRAL PACIFIC OCEAN > HAWAIIAN ISLANDS Instrument Global Change Master Directory (GCMD) Instrument Keywords Computer > Computer Theme CRCP Project 817 Theme CRCP Project Development and application of an integrated coral reef ecosystem model for management strategy evaluation Theme CoRIS Discovery Thesaurus Numeric Data Sets > Biology Theme CoRIS Theme Thesaurus EARTH SCIENCE > Biosphere > Zoology > Corals > Reef Monitoring and Assessment Theme CoRIS Theme Thesaurus EARTH SCIENCE > Oceans > Marine Biology > Fish > Fishing Theme NODC DATA TYPES THESAURUS biomass Theme NODC DATA TYPES THESAURUS catches Theme NODC OBSERVATION TYPES THESAURUS model output Theme NODC PROJECT NAMES THESAURUS Coral Reef Conservation Program Theme NODC PROJECT NAMES THESAURUS Pacific Reef and Assessment Monitoring Program Theme NODC SUBMITTING INSTITUTION NAMES THESAURUS US DOC; NOAA; NMFS; Pacific Islands Fisheries Science Center; Ecosystem Sciences Division Theme Atlantis ecosystem model Theme ESD Theme Ecosystem Sciences Division Theme MHI Theme ecological modeling Theme fisheries management Theme management strategy evaluation Spatial CoRIS Place Thesaurus COUNTRY/TERRITORY > United States of America > Hawaiian Islands (21N157W0027) Spatial CoRIS Place Thesaurus OCEAN BASIN > Pacific Ocean > Central Pacific Ocean > Hawaiian Islands (21N157W0027) Spatial NODC SEA AREA NAMES THESAURUS Central Pacific Ocean Spatial NODC SEA AREA NAMES THESAURUS Coastal Waters of Hawaii Spatial NODC SEA AREA NAMES THESAURUS North Pacific Ocean Pacific Islands Fisheries Science Center Honolulu HI USA IRC Data Set MS Excel Spreadsheet None Planned Table (digital) This dataset includes MHI Atlantis ecosystem model output for various functional groups (groups of species aggregated based on diet, life history, ecological role or economic importance). Each csv file represents a different set of parameters for either hind cast or forecast simulations as well a a calibration simulation without stressors. While every effort has been made to ensure that these data are accurate and reliable within the limits of the current state of the art, NOAA cannot assume liability for any damages caused by errors or omissions in the data, nor as a result of the failure of the data to function on a particular system. NOAA makes no warranty, expressed or implied, nor does the fact of distribution constitute such warranty. NOAA Fisheries, ESD and funded by the NOAA CRCP 63185 Biomass trends Published / External Completed This file defines the columns of the tables of modeled biomass trends of 1 calibration simulations, 2 hindcast and 3 forecast simulations per functional group. One table shows the modeled output biomass trend of all functional groups of a 100-year calibration simulation ("Calibration_100yr_NoStressors.csv). The other five tables show model output data of biomass trends of functional groups from two hindcast simulations, one forced with catch time series and one forced with fixed fishing mortality and biomass trends from three forecast simulation assuming a continuation of the fishing mortality per functional group. Spreadsheet Yes This entity consists of 6 tables that show the biomass trend of 6 different simulations. Each table has the same columns. The hindcast simulations are 35 years and the forecast simulations are 50 years and each row shows the annual biomass of a particular functional group over the entire model domain. 1 Time number No No Active Number of days since the start of the simulation number days 2 MS number No No Active Biomass of monk seals in metric tonnes. number tonnes 3 SPD Number No No Active Biomass of spinner dolphins in metric tonnes number tonnes 4 BND number No No Active Biomass of bottlenose dolphins in metric tonnes number tonnes 5 GT number No No Active Biomass of green turtles in metric tonnes number tonnes 6 HT number No No Active Biomass of hawksbill turtles in metric tonnes number tonnes 7 RCO number No No Active Biomass of reef corallivorous fishes in metric tonnes number tonnes 8 RBR number No No Active Biomass of reef browsers in metric tonnes number tonnes 9 RGR number No No Active Biomass of reef grazers in metric tonnes number tonnes 10 RPA number No No Active Biomass of reef parrotfishes in metric tonnes number tonnes 11 RBP number No No Active Biomass of reef benthic piscivorous fishes in metric tonnes number tonnes 12 RBC number No No Active Biomass of reef benthic carnivorous fishes in metric tonnes number tonnes 13 RLP number No No Active Biomass of large reef planktivorous fishes in metric tonnes number tonnes 14 RSP number No No Active Biomass of small reef planktivorous fishes in metric tonnes number tonnes 15 ROF number No No Active Biomass of other reef fishes in metric tonnes number tonnes 16 MBP number No No Active Biomass of meso- and subphotic benthic piscivorous fishes in metric tonnes number tonnes 17 MBC number No No Active Biomass of mesophotic benthic carnivorous fishes in metric tonnes number tonnes 18 MPL number No No Active Biomass of mesophotic planktivorous fishes in metric tonnes number tonnes 19 SBC number No No Active Biomass of subphotic benthic carnivorous fishes in metric tonnes number tonnes 20 SPL number No No Active Biomass of subphotic planktivorous fishes in metric tonnes number tonnes 21 SHP number No No Active Biomass of shallow prey fishes in metric tonnes number tonnes 22 MSL number No No Active Biomass of fishes in the mesopelagic scatter layer in metric tonnes number tonnes 23 BFW number No No Active Biomass of bottomfish that feed in the water column in metric tonnes number tonnes 24 BFB number No No Active Biomass of bottomish that feed on bottom in metric tonnes number tonnes 25 UKU number No No Active Biomass of uku (green jobfish) in metric tonnes number tonnes 26 PIS number No No Active Biomass of roving piscivorous fishes in metric tonnes number tonnes 27 SHR number No No Active Biomass of reef-associated sharks in metric tonnes number tonnes 28 IVR number No No Active Biomass of invertivorous rays in metric tonnes number tonnes 29 RAY number No No Active Biomass of planktivorous rays in metric tonnes number tonnes 30 LOB number No No Active Biomass of lobster and large crabs in metric tonnes number tonnes 31 BC number No No Active Biomass of benthic carnivorous invertebrates in metric tonnes number tonnes 32 BD number No No Active Biomass of benthic detritivorous invertebrates in metric tonnes number tonnes 33 BG number No No Active Biomass of grazing invertebrates in metric tonnes number tonnes 34 OCT number No No Active Biomass of octopus in metric tonnes number tonnes 35 INF number No No Active Biomass of infaunal invertebrates (mostly in the sediment layer) in metric tonnes 36 BM number No No Active Biomass of benthic meiofauna in metric tonnes number tonnes 37 DFF number No No Active Biomass of deep-water filter feeders in metric tonnes number tonnes 38 BFF number No No Active Biomass of shallow-water benthic filter feeders in metric tonnes number tonnes 39 BIV number No No Active Biomass of bivalves in metric tonnes number tonnes 40 PRM number No No Active Biomass of massive Porites sp. in metric tonnes number tonnes 41 PRB number No No Active Biomass of branching Porites sp. in metric tonnes number tonnes 42 MON number No No Active Biomass of Montipora sp. in metric tonnes number tonnes 43 POC number No No Active Biomass of Pocillopora sp. in metric tonnes number tonnes 44 LEP number No No Active Biomass of Leptoceris sp. in metric tonnes number tonnes 45 CCA number No No Active Biomass of calcifying calcareous algae in metric tonnes number tonnes 46 MAF number No No Active Biomass of fleshy macroalgae in metric tonnes number tonnes 47 MAC number No No Active Biomass of Calcareous macroalgae in metric tonnes number tonnes 48 TRF number No No Active Biomass of turf algae in metric tonnes number tonnes 49 PL number No No Active Biomass of large phytoplankton in metric tonnes number tonnes 50 PS number No No Active Biomass of small phytoplankton in metric tonnes number tonnes 51 CEP number No No Active Biomass of cephalopods in metric tonnes number tonnes 52 ZL number No No Active Biomass of large zooplankton in metric tonnes number tonnes 53 ZS number No No Active Biomass of small zooplankton in metric tonnes number tonnes 54 ZM number No No Active Biomass of medium-sized zooplankton in metric tonnes number tonnes 55 ZG number No No Active Biomass of gelatinous zooplankton in metric tonnes number tonnes 56 PB number No No Active Biomass of pelagic bacteria in metric tonnes number tonnes 57 BB number No No Active Biomass of benthic bacteria in metric tonnes number tonnes 58 DL number No No Active Biomass of labile detritus in metric tonnes number tonnes 59 DR number No No Active Biomass of refractory detritus in metric tonnes number tonnes 63234 Catch trends Published / External Completed This file describes the columns of the tables of modeled catch trends of 2 hindcast and 3 forecast simulations per functional group. These five tables show model output data of catch trends per functional group from 2 hindcast simulations one forced with catch time series and one forced with fixed fishing mortality and catch trends from 3 forecast simulations assuming a continuation of the fishing mortality per functional group. Spreadsheet Yes This entity consists of 6 tables that show the catch trend of 6 different simulations. Each table has the same columns. The hindcast simulations are 35 years and the forecast simulations are 50 years and each row shows the annual catches of a particular functional group over the entire model domain. 1 Time number No No Active Number of days since the start of the simulation days 2 MS number No No Active Catches of monk seals in metric tonnes. tonnes 3 SPD Number No No Active Catches of spinner dolphins in metric tonnes tonnes 4 BND number No No Active Catches of bottlenose dolphins in metric tonnes tonnes 5 GT number No No Active Catches of green turtles in metric tonnes tonnes 6 HT number No No Active Catches of hawksbill turtles in metric tonnes tonnes 7 RCO number No No Active Catches of reef corallivorous fishes in metric tonnes tonnes 8 RBR number No No Active Catches of reef browsers in metric tonnes tonnes 9 RGR number No No Active Catches of reef grazers in metric tonnes tonnes 10 RPA number No No Active Catches of reef parrotfishes in metric tonnes tonnes 11 RBP number No No Active Catches of reef benthic piscivorous fishes in metric tonnes tonnes 12 RBC number No No Active Catches of reef benthic carnivorous fishes in metric tonnes tonnes 13 RLP number No No Active Catches of large reef planktivorous fishes in metric tonnes tonnes 14 RSP number No No Active Catches of small reef planktivorous fishes in metric tonnes tonnes 15 ROF number No No Active Catches of other reef fishes in metric tonnes tonnes 16 MBP number No No Active Catches of meso- and subphotic benthic piscivorous fishes in metric tonnes tonnes 17 MBC number No No Active Catches of mesophotic benthic carnivorous fishes in metric tonnes tonnes 18 MPL number No No Active Catches of mesophotic planktivorous fishes in metric tonnes tonnes 19 SBC number No No Active Catches of subphotic benthic carnivorous fishes in metric tonnes tonnes 20 SPL number No No Active Catches of subphotic planktivorous fishes in metric tonnes tonnes 21 SHP number No No Active Catches of shallow prey fishes in metric tonnes tonnes 22 MSL number No No Active Catches of fishes in the mesopelagic scatter layer in metric tonnes tonnes 23 BFW number No No Active Catches of bottomfish that feed in the water column in metric tonnes tonnes 24 BFB number No No Active Catches of bottomish that feed on bottom in metric tonnes tonnes 25 UKU number No No Active Catches of uku (green jobfish) in metric tonnes tonnes 26 PIS number No No Active Catches of roving piscivorous fishes in metric tonnes tonnes 27 SHR number No No Active Catches of reef-associated sharks in metric tonnes tonnes 28 IVR number No No Active Catches of invertivorous rays in metric tonnes tonnes 29 RAY number No No Active Catches of planktivorous rays in metric tonnes tonnes 30 LOB number No No Active Catches of lobster and large crabs in metric tonnes tonnes 31 BC number No No Active Catches of benthic carnivorous invertebrates in metric tonnes tonnes 32 BD number No No Active Catches of benthic detritivorous invertebrates in metric tonnes tonnes 33 BG number No No Active Catches of grazing invertebrates in metric tonnes tonnes 34 OCT number No No Active Catches of octopus in metric tonnes tonnes 37 DFF number No No Active Catches of deep-water filter feeders in metric tonnes tonnes 38 BFF number No No Active Catches of shallow-water benthic filter feeders in metric tonnes tonnes 39 BIV number No No Active Catches of bivalves in metric tonnes tonnes 46 MAF number No No Active Catches of fleshy macroalgae in metric tonnes tonnes 51 CEP number No No Active Catches of cephalopods in metric tonnes tonnes Data Steward 2014-08-01 Person Weijerman, Mariska mariska.weijerman@noaa.gov https://orcid.org/0000-0001-5990-7385 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5468 Distributor 2018 Organization Pacific Islands Fisheries Science Center PIFSC pifsc.info@noaa.gov https://ror.org/02apffz65 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5360 https://www.pifsc.noaa.gov Pacific Island Fisheries Science Center homepage Online Resource 8:00 a.m. - 4:30 p.m. Metadata Contact 2025-11-12 Person Luers, Lori H lori.luers@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA Metadata Contact 2020 Person Olenski, Brooke brooke.olenski@noaa.gov Metadata Contact 2015-08-01 2020 Person DesRochers, Annette M annette.desrochers@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5461 8 am - 5 pm Originator 2014-10-01 Organization Pacific Islands Fisheries Science Center PIFSC pifsc.info@noaa.gov https://ror.org/02apffz65 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5360 https://www.pifsc.noaa.gov Pacific Island Fisheries Science Center homepage Online Resource 8:00 a.m. - 4:30 p.m. Point of Contact 2015-08-01 Person Weijerman, Mariska mariska.weijerman@noaa.gov https://orcid.org/0000-0001-5990-7385 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5468 Process Contact 2015-08-01 Person DesRochers, Annette M annette.desrochers@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5461 8 am - 5 pm Ground Condition Main Hawaiian Islands in the Hawaiian Archipelago. -160.5 -154.806 23.185 18.919 Main Hawaiian Islands (MHI), including Hawaii, Kahoolawe, Kauai, Maui, Oahu, Molokai, Niihau, and Lanai. Projected EPSG:32604 WGS 84 / UTM zone 4N World Geodetic System 1984 WGS 84 6378137 296.257223563 WGS 84 UTM zone 4N Transverse Mercator Latitude of natural origin 0° 0' 0" N Longitude of natural origin 159° 0' 0" W Scale factor at natural origin 0.9996 False easting 500000 metre False northing 0 metre 1 Easting E metre east 2 Northing N metre north -400 0 Range 1995 2019 Benthic and coral reef fish surveys conducted by PIFSC RAMP cruises, recreational fishery data from MRIP, commercial fishery data administered by WPacFIN, bottomfish fishery-dependent and independent data from PIFSC, and sea turtle and monk seal data from the PIFSC. For each data source we used 1995-2019 time series or the longest time series available. Range 2020 2070 Model simulations of ecological forecasting were carried out and included 50 year forecast (2020-2070) simulations with and without the predicted effects of climate change (ocean warming and ocean acidification) evaluating changes in ecological and social state components Unclassified N/A N/A NOAA Ecosystem Sciences Division (ESD) Data Sharing Recommendations, version 9.0 updated August 12, 2015: ESD welcomes the opportunity to collaborate on research issues contributing to the scientific basis for better management of marine ecosystems. ESD has a very diverse set of field activities that generates large volumes of data using an array of data collection protocols. The following recommendations are for your consideration as you use this data: 1) Data analyses should take all field exigencies into account. The most effective way to do this would be active collaboration with ESD principal investigators. 2) In all presentations, product releases, or publications using data generated by ESD, proper acknowledgement of both ESD and the individuals responsible for data collection is expected. Citing the DOI (if available) is preferred, a non-DOI example is listed below. 3) If you collect or generate data for the same study areas, ESD requests that you share relevant information on complimentary data collections. 4) Those receiving data are strongly urged to inform the ESD Data Management Team of any errors and discrepancies that are discovered during the course of using these data. They are further urged to bring to the attention of the Team all problems and difficulties encountered in using these data. This information is necessary in order to improve the collections and to facilitate more efficient and economical data processing and retrieval. The users are asked to supply copies of any missing data that may be located, and to provide information as to significant subsets and special aggregations of data that are developed in using the material provided. Example citation: "This publication makes use of data products provided by the Ecosystem Sciences Division (ESD), Pacific Islands Fisheries Science Center (PIFSC), National Marine Fisheries Service (NMFS), National Oceanic and Atmospheric Administration (NOAA), with funding support from the NOAA Coral Reef Conservation Program (CRCP). The analysis and interpretations presented here are solely that of the current authors.” This specific dataset can be obtained via the NOAA National Centers for Environmental Information (NCEI) Ocean Archive, accession # 0240826. The biological diver survey data can be obtained from the Ecosystem Sciences Division at PIFSC. The MRIP and commercial fisheries data requires a written confidentiality agreement which can be obtained from the Fisheries Research and Monitoring Division at PIFSC. The monk seal data can be obtained from the Protected Species Division at PIFSC. All other data used in the MHI Atlantis ecosystem model was derived from published reports or articles. None Please cite PIFSC Ecosystem Sciences Division or the Hawaii Atlantis Technical Memorandum when using any of the data None None https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Catch_Forecast_ClimChng Model output of climate change scenario on catches, by functional group. csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Catch_Hindcast_CatchTimeSeries The model output when forced with historical catch time series from 1995 to 2017 (including recreational as well as commercial catches) and compared the observed total catches with the modeled total catches. csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Biomass_Forecast_ClimChng Model output for biomass by functional groups in a climate change scenario. csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Biomass_Forecast_ClimChngminus10perc Biomass model output data for a 10% decrease in parameter estimates for climate change scenario csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Biomass_Forecast_ClimChnplus10perc Biomass model output data for a 10% increase in parameter estimates for climate change scenario csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Biomass_Hindcast_CatchTimeSeries The model output when forced with historical catch time series from 1995 to 2017 (including recreational as well as commercial catches) and compared the observed total catches with the modeled total catches (Refer to NOAA Technical Memorandum NMFS-PIFSC-113 https://doi.org/10.25923/cwqb-1z04 for more details) .CSV CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Calibration_100yr_NoStressors Calibration for control simulation csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Catch_Hindcast_forcedFishingMortality Calibration: Incremental increase in fishing mortality (refer to NOAA Technical Memorandum NMFS-PIFSC-113 for more details) csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Biomass_Hindcast_forcedFishing Mortality Incorporating historical data to validate the model output csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Catch_Forecast_ClimChngminus10perc Model output for a 10% decrease in climate change parameters on catch forecast csv (comma-separated values) CSV - Comma Separated Values (Text) https://accession.nodc.noaa.gov/0240826 2018 Organization Pacific Islands Fisheries Science Center https://ror.org/02apffz65 Catch_Forecast_ClimChngplus10perc Model output for a 10% increase in climate change parameters on catch forecast csv (comma-separated values) CSV - Comma Separated Values (Text) https://repository.library.noaa.gov/view/noaa/14439 Hawaii Atlantis Ecosystem Model Planning Workshop Online Resource HTML Report of the Hawaii Atlantis Ecosystem Model Planning Workshop held in January 2017 in Honolulu https://research.csiro.au/atlantis/ Atlantis, an ecosystem model Online Resource HTML Home page for Atlantis Model output data of hindcast and forecast data showing the changes in biomass and catches per functional group per year. Model platform used was the Atlantis model version 6519. The initial conditions of the model are based on biological data from 2010-2015. The oceanographic data comes from a HYCOM model developed for Hawaii by Dr. Yanli Jia at the International Pacific Research Center, University of Hawai’i at Mānoa and are available for download at: http://apdrc.soest.Hawai’i.edu/datadoc/hycom_Hawai’i_0.04_kpp.php. Model output years were the non-particular years 2010-2013. Recreational fishery data is collected on a voluntary participation of the fishers and some gear types and night-time fishing are under-represented. The oceanographic data is poorly resolved for the small spatial scales of the model areas since the model resolution is approximately 4x4 km which encompasses multiple Atlantis areas from the coast to offshore. The biomass, distribution and size class data of reef fish and invertebrates comes from intensive visual surveys conducted by PIFSC, these are all day time surveys. Little is known about the distribution and abundance of species other than commercial important bottomfish in depths > 30 m. These data are based on a peer reviewed publication (Weijerman et al 2018). The hindcast simulation based on historical recreational catch data was only available from 2004-2015. For the years between 1995-2003 and 2016-2017 values were imputed by bootstrapping values from 2004-2015. Forecast simulations are from 2020-2079 using projected climate change time series for sea surface temperature and atmospheric CO2 from IPCC (CMIP5; http://pcmdi9.llnl.gov/ esgf-web-fe/). Sensitivity analysis and model skill assessments have been performed. These showed that the model is sensitive to plankton and shark biomass. No Unknown Yes No NA NCEI-MD Unknown Model data is stored on an external hard drive and backed up to a server at PIFSC weekly. The Atlantis Ecosystem Model framework (developed by CSIRO: http://atlantis.cmar.csiro.au/) was used as the model platform. Pethybridge, Heidi R., Mariska Weijerman, Holly Perrymann, Asta Audzijonyte, Javier Porobic, Vidette McGregor, Raphael Girardin, et al. 2019. “Calibrating Process-Based Marine Ecosystem Models: An Example Case Using Atlantis.” Ecological Modelling 412: 108822. https://doi.org/10.1016/j.ecolmodel.2019.108822 Journal of Ecological Modeling Weijerman M, Fulton E, Kaplan I, Gorton B, Leemans R, Mooij W, et al. An integrated coral reef ecosystem model to support resource management under a changing climate. PLoSOne 1:e0144165. https://doi.org/10.1371/journal.pone.0144165 Journal of PlosOne Weijerman M, Fulton EA, Brainard RE. 2016. Management Strategy Evaluation Applied to Coral Reef Ecosystems in Support of Ecosystem-Based Management. PLoSOne 11:e0152577. https://doi.org/10.1371/journal.pone.0152577 Journal of PlosOne Weijerman, M. 2020. Development of an Atlantis model for Hawaiʻi to support ecosystem-based management. U.S. Dept. of Commerce. NOAA Technical Memorandum NOAA-TM-NMFS-PIFSC-113 doi.org/10.25923/cwqb-1z04 Person Mariska Weijerman Originator 2020-12-15 https://repository.library.noaa.gov/view/noaa/28916/noaa_28916_DS1.pdf NOAA repository library Weijerman, M., Oyafuso, Z., Leong, K. M., Oleson, K. L. L., & Winston, M. 2020. Supporting Ecosystem-Based Fisheries Management in meeting multiple objectives for sustainable use of coral reef ecosystems. ICES Journal of Marine Science. Person Mariska Weijerman Originator 2020-11-24 https://doi.org/10.1093/icesjms/fsaa194 ICES journal of marine science Weijerman, Mariska, Arnaud Grüss, Dayton Dove, Jacob Asher, Ivor D. Williams, Christopher Kelley, and Jeffrey C. Drazen. 2019. “Shining a Light on the Composition and Distribution Patterns of Mesophotic and Subphotic Fish Communities in Hawai’i.” Marine Ecology Progress Series 630: 161–82. Person Mariska Weijerman Originator 2019-11-07 https://doi.org/10.3354/meps13135 Journal of Marine Ecology Progress Series Weijerman, Mariska, Kirsten M Leong, and Supin Wongbusarakum. 2019. “Second Hawai’i Atlantis Ecosystem Model Planning Workshop: Where Is the ‘S’ in EBFM?” National Marine Fisheries Service, Pacific Islands Fisheries Science Center. Administrative Report H ; 19-05. Honolulu, HI. Person Mariska Weijerman Originator 2019-08-01 https://doi.org/10.25923/bfwa-7084 NOAA repository library Weijerman, Mariska. 2017. “Report of the Hawaii Atlantis Ecosystem Model Planning Workshop Held in January 2017 in Honolulu.“ National Marine Fisheries Service, Pacific Islands Fisheries Science Center. Administrative Report H ; 17-03. Person Mariska Weijerman Originator 2017-04-01 https://doi.org/10.7289/V5/AR-PIFSC-H-17-03. NOAA repository library 1 All process steps are detailed in a Technical Memorandum: Weijerman, M. 2020. Development of an Atlantis model for Hawaiʻi to support ecosystem-based management. U.S. Dept. of Commerce. NOAA Technical Memorandum NOAA-TM-NMFS-PIFSC-##, 137 p. doi:10.7289/V5/TM-PIFSC-##. Person Weijerman, Mariska mariska.weijerman@noaa.gov https://orcid.org/0000-0001-5990-7385 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5468 Weijerman, M. 2020. Development of an Atlantis model for Hawaiʻi to support ecosystem-based management. U.S. Dept. of Commerce. NOAA Technical Memorandum NOAA-TM-NMFS-PIFSC-113 doi.org/10.25923/cwqb-1z04 63185 Entity 63234 Entity 25655 Data Set Cross Reference Guam Atlantis model: looks at the effect of various environmental stressors on 42 functional groups representing six ecosystem metrics. 63158 Data Set Larger Work Citation The related item is an EwE model using the same input data as the Atlantis model so can be used to address structural uncertainty gov.noaa.nmfs.inport:55245 Mariska Weijerman 2018-12-13T14:46:18 SysAdmin InPortAdmin 2026-03-04T19:17:27 2021-07-02 Pacific Islands Fisheries Science Center PIFSC 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5300 https://www.pifsc.noaa.gov 8:00 a.m. - 4:30 p.m. 1001 Public No No 2021-07-02 1 Year 2022-07-02