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HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and new
opportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediateTEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits ofOPPORTUNITIES
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 PRINCIPAL INVESTIGATOR Primary interests include the linked ecological and social dynamics that both drive and result from fisheries management and climate change. By understanding these mechanisms and their sources, my research is able to then test solutions that aim to work for both people and nature. These projects often include a large field datacollection
CORAL REEF FISHERIES Location: Indonesia Collaborators: Chris Lane (URI); Hawis Madduppa (Bogor Agricultural University); Imam Bachtiar (Universitas Mataram); Wa Iba (Universitas Halu Oleo) Lab Personnel: Paul Carvalho, Elaine Shen Goal: Conduct monitoring on fish catches and reef fish assemblages and build models testing the effects of different management scenarios on fish population dynamics and biodiversity. HUMPHRIES LAB: LOCKDOWN EDITION This academic semester news update is looking different from the others, and I’m sure I don’t need to explain why. With classes transitioned online and visits to the URI campus limited due to the COVID-19 pandemic, the Humphries Lab has embraced our already fairly remote working style and joined much of the country in lockdown in ourhomes.
NUTRITION SECURITY
Location: Kenya Collaborators: Lora Iannotti, Carolyn Lesorogol (Washington University in St. Louis); Andrew Wamukota (Pwani University); Elizabeth Kamau-Mbuthia (Egerton University) Lab Personnel: Lauren Josephs, Ivy Blackmore Goal: Investigate pathways between marine small-scale fisheries catches, value chains, and health outcomes for pregnant women and young children (< 5 years) toPHD CANDIDATE
Elaine Shen. I am interested in habitat connectivity, functional diversity, and trophic interactions in tropical marine ecosystems. For my PhD work, I will be examining these questions using molecular and -omics approaches in the small-scale coral reef fisheries of Indonesia.I look forward to collaborating with local universities to establish baselines, communicate science, and learn more HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediateTEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits ofOPPORTUNITIES
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 PRINCIPAL INVESTIGATOR Primary interests include the linked ecological and social dynamics that both drive and result from fisheries management and climate change. By understanding these mechanisms and their sources, my research is able to then test solutions that aim to work for both people and nature. These projects often include a large field datacollection
CORAL REEF FISHERIES Location: Indonesia Collaborators: Chris Lane (URI); Hawis Madduppa (Bogor Agricultural University); Imam Bachtiar (Universitas Mataram); Wa Iba (Universitas Halu Oleo) Lab Personnel: Paul Carvalho, Elaine Shen Goal: Conduct monitoring on fish catches and reef fish assemblages and build models testing the effects of different management scenarios on fish population dynamics and biodiversity. HUMPHRIES LAB: LOCKDOWN EDITION This academic semester news update is looking different from the others, and I’m sure I don’t need to explain why. With classes transitioned online and visits to the URI campus limited due to the COVID-19 pandemic, the Humphries Lab has embraced our already fairly remote working style and joined much of the country in lockdown in ourhomes.
NUTRITION SECURITY
Location: Kenya Collaborators: Lora Iannotti, Carolyn Lesorogol (Washington University in St. Louis); Andrew Wamukota (Pwani University); Elizabeth Kamau-Mbuthia (Egerton University) Lab Personnel: Lauren Josephs, Ivy Blackmore Goal: Investigate pathways between marine small-scale fisheries catches, value chains, and health outcomes for pregnant women and young children (< 5 years) toPHD CANDIDATE
Elaine Shen. I am interested in habitat connectivity, functional diversity, and trophic interactions in tropical marine ecosystems. For my PhD work, I will be examining these questions using molecular and -omics approaches in the small-scale coral reef fisheries of Indonesia.I look forward to collaborating with local universities to establish baselines, communicate science, and learn more HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery.RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediatePHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more. MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of OYSTER GROWTH: TAGGING AND MEASURING INDIVIDUALS Oyster Growth: Tagging and Measuring Individuals. July 18, 2018. by Celeste Venolia. We are collecting oyster growth data in order to have information to help fit energy-based oyster growth models for Rhode Island coastal waters. In the beginning of May, we went out to each of the farm sites and tagged 30 oysters and deployed temperature loggers. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediateTEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits ofOPPORTUNITIES
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 PRINCIPAL INVESTIGATOR Primary interests include the linked ecological and social dynamics that both drive and result from fisheries management and climate change. By understanding these mechanisms and their sources, my research is able to then test solutions that aim to work for both people and nature. These projects often include a large field datacollection
CORAL REEF FISHERIES Location: Indonesia Collaborators: Chris Lane (URI); Hawis Madduppa (Bogor Agricultural University); Imam Bachtiar (Universitas Mataram); Wa Iba (Universitas Halu Oleo) Lab Personnel: Paul Carvalho, Elaine Shen Goal: Conduct monitoring on fish catches and reef fish assemblages and build models testing the effects of different management scenarios on fish population dynamics and biodiversity. HUMPHRIES LAB: LOCKDOWN EDITION This academic semester news update is looking different from the others, and I’m sure I don’t need to explain why. With classes transitioned online and visits to the URI campus limited due to the COVID-19 pandemic, the Humphries Lab has embraced our already fairly remote working style and joined much of the country in lockdown in ourhomes.
NUTRITION SECURITY
Location: Kenya Collaborators: Lora Iannotti, Carolyn Lesorogol (Washington University in St. Louis); Andrew Wamukota (Pwani University); Elizabeth Kamau-Mbuthia (Egerton University) Lab Personnel: Lauren Josephs, Ivy Blackmore Goal: Investigate pathways between marine small-scale fisheries catches, value chains, and health outcomes for pregnant women and young children (< 5 years) toPHD CANDIDATE
Elaine Shen. I am interested in habitat connectivity, functional diversity, and trophic interactions in tropical marine ecosystems. For my PhD work, I will be examining these questions using molecular and -omics approaches in the small-scale coral reef fisheries of Indonesia.I look forward to collaborating with local universities to establish baselines, communicate science, and learn more HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators.PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.PHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more.TEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of NURSERY PHASE: THE JOURNEY OF KELP FROM SPORE TO STRING TO Since kelp farming occurs during the winter (in Rhode Island between November 1 and May 1), we collect wild kelp in the fall to raise in the nursery. After collection, tissue is cleaned in the lab, wrapped in damp paper towels, and placed in the fridge over night. Spore Release and Seeding Spools. The next day, the tissue is taken out ofthe
HUMPHRIES LAB AT UNIVERSITY OF RHODE ISLANDABOUTPEOPLENEWSOPPORTUNITIESPROJECTSPUBLICATIONS Our research. We use a combination of field experiments, underwater surveys, and interviews to study the impacts fisheries have on both people and nature. Our goal in linking ecological interactions with social dynamics is to design and test solutions for ecosystem-based management. Working together. Diverse scientists at all career levels NEWS — HUMPHRIES LAB A quick update from this Sustainable Fisheries Collaborative at the midway mark in a historic summer. As waves of economic openings and closures occur across the country due to the coronavirus pandemic, the Humphries Lab remains a completely remote entity as we chug our way through research deadlines, graduate program milestones, and newopportunities.
RESEARCH PROJECTS
Coral Reef Fisheries. We are working to combine extensive field data collection, simulation modeling, and genomics for coral reefs that support multi-species fisheries. Research products will lead to the development of assessment and management frameworks. Multiple projects are up and running with multidisciplinary collaborators.PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.PHD STUDENT
RACHEL COHN. I am driven by questions of fisheries management efficacy and social-ecological resilience, but my passion for human-ocean interactions spans the fields of environmental justice, reef ecology, sustainability science, bioregionalism, and more.TEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839 MS STUDENT — HUMPHRIES LAB Nicky Roberts. I am interested in balancing resource use with conservation to improve social-ecological resilience in coastal communities. This includes investigating community-based co-management options for coastal food security. POSTDOC — HUMPHRIES LAB donna dimarchopoulou. Broadly, I am interested in the effects of fishing and environmental changes on marine ecosystems. My research focuses on marine fisheries and in particular ecosystem modeling, stock assessments, marine protected areas, and the benefits of NURSERY PHASE: THE JOURNEY OF KELP FROM SPORE TO STRING TO Since kelp farming occurs during the winter (in Rhode Island between November 1 and May 1), we collect wild kelp in the fall to raise in the nursery. After collection, tissue is cleaned in the lab, wrapped in damp paper towels, and placed in the fridge over night. Spore Release and Seeding Spools. The next day, the tissue is taken out ofthe
PUBLICATIONS
2021 Vandenberg J, Humphries AT, Garcia-Quijano C, Moore A, Pollnac R, Abdullah S. (2021) Assessing indicators and limitations of food security objectives in coral reef restoration. Conservation and Society 19(1):68-79. [ Wibisono E, Puggioni G, Firmana E, Humphries AT. (2021) Identifying hotspots for spatial management of the Indonesian deep-slope demersal fishery. TEACHING — HUMPHRIES LAB Fisheries Science. AFS 415 The challenge for fisheries scientists is determining the largest yield (or catch) that can be taken from a species' stock over an indefinite period while minimizing negative ecosystem effects and satisfying a range of stakeholders.TEAM MEMBERS
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839COMPLETED PROJECTS
Sardinella Fisheries. Project Dates: 2016-2019 | Location: Ghana | Collaborators: Jeremy Collie, Kathy Castro (URI); Denis Aheto (University of Cape Coast) | Lab Personnel: Evans Arizi | Funding: US Agency for International Development (USAID) Resources: Arizi EK, Collie JS, Castro K, Humphries AT (in review) Dynamics and Catch Composition of the Sardinella Fishery in Ghana indicate immediate LAB ALUMNI — HUMPHRIES LAB Lauren Josephs. Lauren was the Humphries Lab's very first graduate student! She graduated in August 2017 and completed a MS studying the role of social variables in predicting support for nature-based coastal management strategies. The work was based in Martha’s Vineyard around a living shorelines initiative with MassachusettsAudubon’s
OPPORTUNITIES
Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839ECOSYSTEM MODELING
Ecosystem modeling is a powerful tool for understanding how multiple components interact, feedback to one another, and impact social-ecological trade-offs. Our work will focus on fish and people, coupling a food web model that includes fisheries species of socioeconomic and ecological importance with an agent-based model offisher behavior.
POSTDOC — HUMPHRIES LAB IVY BLACKMORE. I am a joint University of Rhode Island and Washington University in St. Louis postdoctoral researcher, based in St Louis,Missouri.
PHD CANDIDATE
Elaine Shen. I am interested in habitat connectivity, functional diversity, and trophic interactions in tropical marine ecosystems. For my PhD work, I will be examining these questions using molecular and -omics approaches in the small-scale coral reef fisheries of Indonesia.I look forward to collaborating with local universities to establish baselines, communicate science, and learn more SUBSCRIBE TO OPEN GRADUATE OPPORTUNITIES Email: humphries@uri.edu. Skype: austinhumphries. Phone: 401.874.9839* About
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Science for Coastal SustainabilityWorking together
The Process
SCIENCE FOR COASTAL SUSTAINABILITY We are a group of researchers interested in how marine ecosystems and people are interconnectedSCROLL DOWN
SCIENCE FOR COASTAL SUSTAINABILITY We are a group of researchers interested in how marine ecosystems and people are interconnectedOUR RESEARCH
WE USE A COMBINATION OF FIELD EXPERIMENTS, OBSERVATIONS, AND INTERVIEWS TO STUDY THE IMPACT OF COASTAL AND FISHERIES MANAGEMENT ON BOTH NATURE AND PEOPLE. OUR GOAL IS TO LINK ECOLOGICAL INTERACTIONS WITH SOCIAL DYNAMICS TO BETTER INFORM ECOSYSTEM-BASED MANAGEMENT. What are we doing now?WORKING TOGETHER
Diverse scientists at all career levels, resource-users, managers, and practitioners contribute to our research in creative waysWORKING TOGETHER
Diverse scientists at all career levels, resource-users, managers, and practitioners contribute to our research in creative ways Our research activities engage multiple stakeholders to provide data for coastal and fisheries policy-makers. We come from all over the world and have a diverse range of experiences and backgrounds. Current projects are located across five different countries and we travel there frequently to do fieldwork, collaborate with our partners, and communicate results. Team members hail from local and national governments, as well as non-governmental organizations such as The Nature Conservancy. We work closely with our partner universities in the places we have ongoing projects, including Pwani University in Kenya, Bogor Agricultural University in Indonesia, and University of Cape Coast in Ghana.Meet the Team
CURRENT RESEARCH GROUP COMPOSITION* Population
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WHERE ARE WE WORKING?* US
* Indonesia
* Kenya
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* Indonesia
* Kenya
THE PROCESS
Working across different geographies and ecosystems, complex problems motivate us to use mixed-methodsVIEW PROJECTS
THE PROCESS
Working across different geographies and ecosystems, complex problems motivate us to use mixed-methodsVIEW PROJECTS
FISHERIES MANAGEMENTTESTING SOLUTIONS
Marine Protected Areas have been widely adopted as a leading ecosystem-based fisheries management tool in temperate and tropical regions, but there can be negative impacts on cultural traditions, social cohesion, and fisheries. Other management options may include gear-based approaches but data are lacking.HABITAT RESTORATION
DEFINING SUCCESS
Among the most pervasive drivers of habitat loss for ecosystem engineers such as oyster reefs and coral reefs is destructive fishing. Restoration approaches may renew multiple ecosystem services in these habitats, but can restoration positively influence fisheries, food security, and social relationships?SUSTAINABLE SEAFOOD
INTEGRATED SYSTEMS
Seaweed aquaculture is a $6.4 billion global industry but only starting to gain popularity in the US. While kelp and shellfish have been cultivated in integrated systems, success has been highly variable. Better understanding of the environmental factors that maximize productivity is needed, particularly in the Northeast US.Top
CONTACT US
University of Rhode Island120 Flagg Rd
Kingston, RI 02881
Email: humphries@uri.edu Skype: austinhumphriesPhone: 401.874.9839
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