Overview
In the past, we studied ecosystems by conducting ecological surveys. Traditional survey methods rely on visual, auditory, or indirect evidence to identify the species present in a habitat. However, species that are highly sensitive, emit minimal calls, or leave no visible traces can go undetected using these conventional methods. Consequently, detailed ecological surveys may underestimate biodiversity and species richness.
Our Solutions
Our eDNA analysis services offer a comprehensive suite of laboratory tests tailored to meet the diverse needs of our clients. From targeted species detection to biodiversity assessments and environmental impact evaluations, our advanced methodologies and cutting-edge technologies provide accurate and reliable insights into ecological communities. Below, we provide an overview of our eDNA analysis services, each designed to deliver actionable data and support informed decision-making in environmental research and conservation.
Why eDNA?
We utilize state-of-the-art methodologies, advanced technologies, and rigorous quality assurance processes to ensure the accuracy and reliability of our eDNA analyses. Here, we provide an overview of the methodologies, technologies, and quality assurance processes that drive our high-quality services.
Targeted Species Detection
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Utilizing advanced eDNA analysis techniques to accurately detect and identify specific target species within diverse environmental samples.
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Ensuring precise species identification, even for rare or elusive organisms, aiding in biodiversity assessments and species monitoring initiatives.
Habitat Monitoring
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Implementing long-term monitoring programs to assess the health and integrity of natural habitats through regular eDNA sampling and analysis.
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Tracking changes in species composition, habitat degradation, and the effectiveness of conservation interventions, enabling proactive management and adaptive planning.
Environmental Impact Assessment
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Providing comprehensive eDNA assessments to evaluate the potential ecological impacts of development projects, land-use changes, or environmental disturbances.
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Identifying sensitive species, assessing habitat suitability, and developing effective mitigation measures to minimize adverse impacts and promote sustainable development practices.
Biodiversity Assessment
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Conducting thorough assessments of ecological communities using eDNA analysis to quantify species richness, abundance, and distribution patterns.
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Providing valuable insights into ecosystem health, habitat quality, and the impacts of environmental change, supporting informed conservation strategies and management decisions.
Invasive Species Detection
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Employing eDNA analysis to detect and monitor the presence of invasive species in terrestrial, freshwater, and marine environments.
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Aiding in early detection, rapid response, and containment efforts, mitigating the spread and ecological impacts of invasive species on native biodiversity and ecosystem functioning.
Customized Solutions
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Collaborating closely with clients to develop customized eDNA solutions tailored to their specific research objectives, project requirements, and budget constraints.
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Conducting targeted surveys, large-scale monitoring programs, or innovative research initiatives to deliver reliable results and actionable insights to address diverse environmental challenges.
Pilot Studies
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Advancing Ecological Assessment: Our eDNA Pilot Scheme
Dr. Mathew Seymour, AXversity's founding member, is an Assistant Professor and molecular ecologist that heads the eDNA and molecular ecology lab at The University of Hong Kong's School of Biological Sciences. His research focuses on leveraging environmental DNA (eDNA) to advance the assessment of ecological systems.
This pilot scheme employs eDNA, extracted from environmental samples like water and soil, combined with modern genetic tools to non-invasively identify species and communities. The methodology involves sampling, DNA extraction, and sequencing to compare against reference databases, providing a comprehensive biodiversity snapshot.
By studying the dynamics of eDNA in various environments, the lab aims to bridge knowledge gaps regarding its state, fate, and transport. This work is crucial for monitoring community interactions, assessing biodiversity, and informing conservation efforts, particularly in Hong Kong. Dr. Seymour’s extensive research and publications underscore his expertise and the innovative contributions of his team to environmental monitoring and biodiversity conservation.
