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DTSTART;TZID=Europe/London:20240522T130000
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DTSTAMP:20260522T223310
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SUMMARY:Delve Deeper #5: Building a Bottom-Up\, Global Network to Share Sustainable Practices in the Co-Design of Ocean Science?
DESCRIPTION:Discover the depths of marine science research with Delve Deeper\, a thought-provoking 2024 webinar series curated by MASTS. Immerse yourself in the latest marine research\, engage with interdisciplinary dialogues\, and become an integral part of our growing community. With themes spanning Environmental Impact\, Resource Exploration\, Technological Advancements\, and Coastal Sustainability\, each episode promises an exciting dive into the ever-evolving world of marine science. \n\nBuilding a Bottom-Up\, Global Network to Share Sustainable Practices in the Co-Design of Ocean Science?\nBy Dr Linwood Pendleton  \n \nBuilding a bottom-up network that includes people from different cultures\, sectors\, disciplines\, and time zones poses unique challenges.  How do you build trust among people who have never met? How do you get people to take the reins to lead the organization? How do you deal with different languages\, ways of working\, meeting cultures\, and more?  This brief talk will introduce the Ocean Knowledge Action Network\, a bottom-up and self-organising network of ocean scientists and non-science professionals\, all working to better co-design ocean science for sustainable development. \nLinwood is a seasoned conservation and environmental management professional with more than two decades of work in academia\, federal government\, not-for-profit global conservation\, and tech. He currently leads the Ocean Knowledge Action Network – a global\, bottom-up network of ocean professionals\, research centres\, and local and Indigenous communities all trying to co-design ocean science for better marine management. \nFind out more about Dr Linwood Pendleton work on the OceanKAN website or visit their LinkedIn. \nRegister Here\n \n\nCheck out this link to see all the up and coming webinars in the MASTS 2024 Delve Deeper series.
URL:https://masts.ac.uk/event/delve-deeper-5-building-a-bottom-up-global-network/
CATEGORIES:Delve Deeper,MASTS
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ORGANIZER;CN="MASTS":MAILTO:info@masts.ac.uk
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DTSTART;TZID=Europe/London:20240417T130000
DTEND;TZID=Europe/London:20240417T140000
DTSTAMP:20260522T223310
CREATED:20240410T141128Z
LAST-MODIFIED:20240412T110547Z
UID:10000039-1713358800-1713362400@masts.ac.uk
SUMMARY:Delve Deeper #4: The potential of Environmental DNA as a plankton monitoring tool of coastal waters and aquaculture
DESCRIPTION:Discover the depths of marine science research with Delve Deeper\, a thought-provoking 2024 webinar series curated by MASTS. Immerse yourself in the latest marine research\, engage with interdisciplinary dialogues\, and become an integral part of our growing community. With themes spanning Environmental Impact\, Resource Exploration\, Technological Advancements\, and Coastal Sustainability\, each episode promises an exciting dive into the ever-evolving world of marine science. \n\nThe potential of Environmental DNA as a plankton monitoring tool of coastal waters and aquaculture\nBy Dr Sofie Spatharis \n \nCoastal ecosystems and aquaculture are increasingly subject to environmental threats that stem from the plankton such as eutrophication\, harmful algal blooms and blooms of gelatinous zooplankton. Current methods of plankton monitoring that rely on morphological identification\, lack sensitivity and specificity\, can be time consuming\, and require taxonomic expertise. Data generated\, thus fail to provide actionable and timely information to aquaculture and coastal water quality managers. \nDuring the past ten years\, we have employed both plankton community and eDNA metabarcoding to test the potential of this method in improving our detection accuracy of plankton species. I will be presenting the potential of this DNA-based data in assessing biodiversity and abundance in comparison with plankton morphological identification. \nFind out more about Dr Sofie Spatharis’s work here. \n  \n  \nRegister Here\n \n\nCheck out this link to see all the up and coming webinars in the MASTS 2024 Delve Deeper series.
URL:https://masts.ac.uk/event/delve-deeper-4-edna-as-a-plankton-monitoring-tool/
CATEGORIES:Delve Deeper,MASTS
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ORGANIZER;CN="MASTS":MAILTO:info@masts.ac.uk
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DTSTART;TZID=Europe/London:20240313T130000
DTEND;TZID=Europe/London:20240313T140000
DTSTAMP:20260522T223310
CREATED:20240206T161537Z
LAST-MODIFIED:20240207T092003Z
UID:10000033-1710334800-1710338400@masts.ac.uk
SUMMARY:Delve Deeper #3: From Pearl Formation to Shellfish Reefs
DESCRIPTION:Discover the depths of marine science research with Delve Deeper\, a thought-provoking 2024 webinar series curated by MASTS. Immerse yourself in the latest marine research\, engage with interdisciplinary dialogues\, and become an integral part of our growing community. With themes spanning Environmental Impact\, Resource Exploration\, Technological Advancements\, and Coastal Sustainability\, each episode promises an exciting dive into the ever-evolving world of marine science. \n\nFrom pearl formation to shellfish reefs: applying molecular techniques to malacological questions\nBy Dr Carmen McDougall \nThis seminar explores the diverse application of molecular techniques for understanding molluscan biology and improving shellfish aquaculture. It will span research on pearl formation and biomineralisation processes\, and will demonstrate the importance of molecular tools for identification of oyster species\, particularly in the tropics. Finally\, it will demonstrate how molecular tools can contribute to shellfish reef restoration programmes. \n \nDr. Carmel McDougall’s research focuses on comparative and functional genomics to drive sustainable aquaculture and marine conservation efforts. With a keen interest in evolutionary biology\, her group delves into understanding the genetic basis of biomineralization in mollusks and annelids\, evolution of immune systems\, and gene co-option in invertebrate evolution. Additionally\, her work explores molecular aquaculture\, aiming to enhance pearl quality\, improve hatchery production of rock oysters\, and develop tools for managing gonad maturation in tropical abalone. Dr. McDougall’s group also contributes to molecular ecology by leveraging genetic identification techniques to assess biodiversity\, understand shellfish reef restoration success\, and detect exotic bivalve species using innovative eDNA methods. Find out more about Dr Carmen McDougall’s work here. \n  \n  \n  \nRegister Here\n \n\nCheck out this link to see all the up and coming webinars in the MASTS 2024 Delve Deeper series.
URL:https://masts.ac.uk/event/delve-deeper-3-from-pearl-formation-to-shellfish-reefs/
CATEGORIES:Delve Deeper,MASTS
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ORGANIZER;CN="MASTS":MAILTO:info@masts.ac.uk
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DTSTART;TZID=Europe/London:20240228T130000
DTEND;TZID=Europe/London:20240228T140000
DTSTAMP:20260522T223310
CREATED:20240202T091700Z
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UID:10000030-1709125200-1709128800@masts.ac.uk
SUMMARY:Delve Deeper #2: Shaving Private Ryan - a Sea Urchin's War against Ocean Stressors
DESCRIPTION:Discover the depths of marine science research with Delve Deeper\, a thought-provoking 2024 webinar series curated by MASTS. Immerse yourself in the latest marine research\, engage with interdisciplinary dialogues\, and become an integral part of our growing community. With themes spanning Environmental Impact\, Resource Exploration\, Technological Advancements\, and Coastal Sustainability\, each episode promises an exciting dive into the ever-evolving world of marine science. \n\nShaving Private Ryan: The Battle between the Regeneration and Calcification of a Coastal Sea Urchin and the multi-stressor impacts of ocean acidification and warming.\nBy Angus Taylor\nAnthropogenic CO2 emissions are increasing at an unprecedented rate\, highlighting the importance of understanding the effects that climate change stressors such as ocean acidification and ocean warming have on marine ecosystems. Single-stressor effects have often been studied in isolation\, yet as these stressors are experienced concurrently by marine organisms\, interactive stressor impacts are an increasing priority in current research. Sea urchins (Echinoidea) are biomineralisers that exhibit extensive calcification and tissue regeneration capabilities\, making them an ideal model for our study. Using a phenotypic assay to assess long-term regeneration and calcification rates in conjunction with histology to investigate the cellular mechanisms driving the initial stages of regeneration\, we aim to provide an overview of regeneration and calcification in the coastal sea urchin Psammechinus miliaris and determine how these processes will be impacted by climate change. \nAngus Taylor is a marine biologist primarily interested in the impacts of ocean acidification and warming on marine environments particularly at an organismal and physiological level. Their current research is on the effects of ocean acidification and warming on sea urchins and their ability to calcify and regenerate their tissues in a multi-stressor environment. Find out more about Angus Taylor’s current project on his staff profile. \n \nRegister Here\n \n\nCheck out this link to see all the up and coming webinars in the MASTS 2024 Delve Deeper series.
URL:https://masts.ac.uk/event/delve-deeper-2-shaving-private-ryan-a-sea-urchins-war/
CATEGORIES:Delve Deeper,MASTS
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ORGANIZER;CN="MASTS":MAILTO:info@masts.ac.uk
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DTSTART;TZID=Europe/London:20240214T130000
DTEND;TZID=Europe/London:20240214T140000
DTSTAMP:20260522T223310
CREATED:20240201T165122Z
LAST-MODIFIED:20240212T092748Z
UID:10000029-1707915600-1707919200@masts.ac.uk
SUMMARY:Delve Deeper #1: The Economics of Marine Plastic Pollution
DESCRIPTION:Discover the depths of marine science research with Delve Deeper\, a thought-provoking 2024 webinar series curated by MASTS. Immerse yourself in the latest marine research\, engage with interdisciplinary dialogues\, and become an integral part of our growing community. With themes spanning Environmental Impact\, Resource Exploration\, Technological Advancements\, and Coastal Sustainability\, each episode promises an exciting dive into the ever-evolving world of marine science. \n\nThe Economics of Marine Plastic Pollution: What are the Benefits of International Cooperation? \nBy Professor Frans de Vries.\nSince the 1950s the production and use of plastics has increased exponentially. Marine plastic pollution (MPP) is a global phenomenon with significant impacts on the natural environment and economic well-being. The control and reduction of MPP is a public good\, which requires the need for international coordination of actions. This talk provides some insights into the potential economic benefits of cooperative MPP management in the North Atlantic Ocean\, and discusses its usefulness in informing current international negotiations in the context of the global plastic treaty. \n \nProfessor of Environmental and Resource Economics at the University of Aberdeen\, Frans de Vries’s research is centered around the design and functioning of environmental markets and incentive-based policy mechanisms for pollution control and biodiversity conservation. \nFind out more about Professor Frans de Vries research here. \n  \n  \nRegister Here\n \n  \n\nCheck out this link to see all the up and coming webinars in the MASTS 2024 Delve Deeper series.
URL:https://masts.ac.uk/event/delve-deeper-1-the-economics-of-marine-plastic-pollution/
CATEGORIES:Delve Deeper
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ORGANIZER;CN="MASTS":MAILTO:info@masts.ac.uk
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