AMBioC: Aquatic Legacy
Aquatic Macrofaunal Biodiversity and Conservation
Research sub-themes
Biodiversity Management Tools and Strategies
Creating protocols, tools, and models for
data collection, monitoring,
restoration, and community engagement. Developing interactive tools and citizen science initiatives to enhance public involvement in biodiversity conservation.
Human-Aquatic Biodiversity Interactions
Investigating the impacts of human activities on aquatic ecosystems and understanding traditional knowledge related to biodiversity.
Knowledge Platform Development
Contributing to existing biodiversity databases and developing tailored platforms for data collection, scientific resources and community engagement.
Biodiversity Assessment and Exploration
Conducting molecular and classic assessments of aquatic macro and megafauna, including both native and alien species. Understanding biogeography ad connectivity of aquatic species.
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Research Group Activities
Research and Experimentation
Aquatic Macrofauna Species Diversity Survey
To assess the diversity and distribution of macrofauna species (large fish, molluscs, large crustaceans) in different aquatic habitats.
Impact of Human Activities on Aquatic Habitat
Analyze the impact of human activities (such as pollution, fishing, and habitat destruction) on the diversity of macro-megafauna species.
Aquatic Biodiversity Database Development
Establish a digital platform to store and manage aquatic biodiversity data collected from various research sites.
About AMBioC
Welcome
The conservation of aquatic macrofaunal biodiversity is critical for maintaining the health and resilience of ecosystems across all aquatic environments. This research group is dedicated to advancing knowledge and implementing sustainable practices aimed at preserving these vital species. By integrating robust scientific research, including DNA analysis, with traditional ecological insights and socio-ecological approaches, we seek to address the pressing biodiversity crisis and promote effective management strategies. Our work focuses on understanding species interactions, assessing human impacts, and fostering community engagement to ensure the long-term sustainability of aquatic ecosystems. Through collaboration and innovation, we aim to create a comprehensive framework for the conservation of aquatic biodiversity that benefits both nature and communities worldwide
Our Mission
Our mission is to address the biodiversity crisis by enhancing knowledge and developing effective tools for the conservation of aquatic macro and megafaunal biodiversity across all aquatic systems. We aim to conduct comprehensive research that includes biodiversity exploration, assessment, and understanding human interactions with aquatic ecosystems. By contributing to existing biodiversity platforms and developing tailored resources, we strive to promote restoration efforts, safeguard ecosystem services, and engage communities in sustainable practices. Through collaboration and innovation, we are committed to creating a resilient framework for biodiversity conservation that benefits both ecosystems and human well-being.
Our Aims
The primary aim of this research group is to enhance the conservation of aquatic macro and megafaunal biodiversity through comprehensive research, the development of knowledge platforms, and the implementation of effective management tools and sustainable practices across all aquatic systems.
Our team is composed of passionate experts in Aquatic Macro-Megafaunal Biodiversity and Conservation, working together to achieve excellence in Marine & Fishery research.
Prof. Dr. Nadiarti Nurdin Kadir
Leader of AMBioC
Dr. Mardiana Ethrawaty Fachri
Supervising Lecturer
Shannon Switzer Swanson, PhD
External Collaborator
Els Lea R De Keyzer, Ph.D
External Collaborator