3.25
Science Communication Plan Score
Authors
Julian Torres
Lara Mitchell
Partners
Marine Research Foundation
Ocean Conservancy
Awards
Global Ocean Health Initiative Award
Blue Planet Fund
Sustainable Development Goals (SDGs)
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This plan aligns with efforts to combat climate ch...
![](/_next/image?url=%2FSDGs%2F14.jpg&w=256&q=75)
The research plan focuses on promoting the sustain...
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2024-06-01 TO 2025-04-30
0
Montréal, Quebec
Beneath the Surface: Addressing the Threats of Human Activities on Deep Sea Ecosystems
- Project Leads:
- Julian Torres,
- Lara Mitchell
Pollution impact
Climate change effects
Deep-sea mining
Marine biodiversity
Project Description
This research plan, titled "Beneath the Surface: Addressing the Threats of Human Activities on Deep Sea Ecosystems," aims to investigate and elucidate the multifaceted impacts of human activities, such as pollution, deep-sea mining, and the effects of climate change, on the delicate and less understood deep sea ecosystems. By conducting thorough scientific investigations and leveraging advanced marine technologies, this project seeks to bridge significant knowledge gaps and offer concrete data on the extent to which human actions disrupt these biodiverse habitats. The findings will inform targeted communication strategies designed to educate and engage various stakeholders, including policymakers, environmental NGOs, researchers, and the general public. The ultimate goal is to foster a broader understanding and appreciation of deep sea ecosystems, culminating in robust advocacy efforts for policies that minimize human impacts and protect these critical marine environments for future generations. Through a series of interactive webinars, engaging social media campaigns, and educational materials, this plan will not only highlight the rich biodiversity of the deep sea but also emphasize the urgent need for its preservation amidst growing environmental threats.
Stage & Activities
Navigating the Depths: Strategies for Mitigating Human Impact on Deep Sea Ecosystems
Authors
- Julian Torres
Description
This presentation delves into the complex interactions between human activities and deep-sea ecosystems, offering strategic insights into mitigating adverse effects. The increasing intrusion of activities such as deep-sea mining, waste disposal, and climate-related changes poses significant threats to these poorly understood ecosystems. The talk will outline the results from recent empirical studies that investigate the scale of impact and suggest practical solutions for sustainable oceanic practices. Key focus areas include innovative pollution control technologies, policy frameworks for sustainable mining practices, and collaborative international efforts to regulate activities in the deep sea. The presentation aims to foster a multidisciplinary dialogue on enhancing resilience and promoting conservation of deep-sea biodiversity as part of a broader environmental stewardship agenda.
Impact of Anthropogenic Activities on Deep Sea Ecosystem Dynamics: A Comprehensive Review
Authors
- Julian Torres,
- Lara Mitchell
Description
This review synthesizes current research on the impacts of human activities on deep-sea ecosystems, highlighting the detrimental effects of pollution, deep-sea mining, and climate-induced changes on these remote habitats. Deep-sea environments, characterized by their unique biodiversity and ecological roles, are increasingly threatened by direct and indirect human actions. Through a meta-analysis of recent studies, this paper examines the extent of biodiversity loss, alterations in ecological balance, and the disruption of biogeochemical cycles in deep-sea settings. The findings underscore the urgent need for robust, science-based management policies and enhanced protective measures. Additionally, the review proposes a framework for sustainable deep-sea mining practices and advocates for international cooperation in monitoring and mitigating environmental impacts. This comprehensive examination not only contributes to a deeper understanding of the ecological challenges faced by deep-sea ecosystems but also facilitates the development of strategies to ensure their resilience and conservation.
Referenced Community Knowledge Publications
No Referenced Community Knowledge Publications Available.
Cite This Science Communication Plan
Torres, J., Mitchell, L. (2024). Beneath the Surface: Addressing the Threats of Human Activities on Deep Sea Ecosystems. ScienceReach. Retrieved from https://sciencereach.ca/science-communication-plans/2jAI0debV2b98A8bYlcZ5a
Relevant Science Communication Plans
No Relevant Science Communication Plan Available.
Relevant Community Publications
No Relevant Community Publication Available.