Team capacity
About us
The Seagrass-Watch team are a dedicated global group of scientists who share a common interest in seagrass and marine conservation, with extensive experience in seagrass research, coastal management assessments including fisheries habitat, resource mapping/assessment and biodiversity globally.
The program has a strong scientific underpinning with an emphasis on consistent data collection, recording and reporting.
Scientific, statistical, data management, data interpretation and logistic support underpins all monitoring efforts.
Seagrass-Watch identifies areas important for seagrass species diversity and conservation and the information collected is used to assist the management of coastal environments and to prevent significant areas and species being lost.
Meeting Challenges
Seagrass-Watch provides research and expertise to help meet challenges related to sustainable ocean use, so governments can make informed decisions about marine management.
To accomplish this we collaborate, consult and provide/exchange data and expertise with scientists and researchers (local and international), stakeholders, First Nations people and the wider community.
- Fishing over a seagrass meadow (Solomon Islands)
- Photographer: Len McKenzie
Evolving as a Team
We are contantly evolving, finding better ways to capture, analyse and share information to better understand how natural and human pressures affect marine ecosystems.
- Subtidal Drop camera monitoring
- Photographer: Lucas Langlois
Long-term Data
Long-term data sets and sample archives (collected over decades) allow us to revisit and review our science outputs, and to build our understanding of complex ecosystems as our knowledge base expands
- Dunk Island PAR sensor with wiper (Australia)
- Photographer: Len McKenzie
Team Capacity
The Seagrass-Watch team are a dedicated global group of scientists who share a common interest in seagrass and marine conservation, with extensive experience in seagrass research, coastal management assessments including fisheries habitat, resource mapping/assessment and biodiversity globally.
Our Capacity
The program has a strong scientific underpinning with an emphasis on consistent data collection, recording and reporting. Scientific, statistical, data management, data interpretation and logistic support underpins all monitoring efforts. Seagrass-Watch identifies areas important for seagrass species diversity and conservation and the information collected is used to assist the management of coastal environments and to prevent significant areas and species being lost.
Our Capacity
The program has a strong scientific underpinning with an emphasis on consistent data collection, recording and reporting. Scientific, statistical, data management, data interpretation and logistic support underpins all monitoring efforts. Seagrass-Watch identifies areas important for seagrass species diversity and conservation and the information collected is used to assist the management of coastal environments and to prevent significant areas and species being lost.
Meeting Challenges
Seagrass-Watch provides research and expertise to help meet challenges related to sustainable ocean use, so governments can make informed decisions about marine management. To accomplish this we collaborate, consult and provide/exchange data and expertise with scientists and researchers (local and international), stakeholders, First Nations people and the wider community.
Meeting Challenges
Seagrass-Watch provides research and expertise to help meet challenges related to sustainable ocean use, so governments can make informed decisions about marine management. To accomplish this we collaborate, consult and provide/exchange data and expertise with scientists and researchers (local and international), stakeholders, First Nations people and the wider community.
Evolving
We are contantly evolving, finding better ways to capture, analyse and share information to better understand how natural and human pressures affect marine ecosystems.
Evolving
We are contantly evolving, finding better ways to capture, analyse and share information to better understand how natural and human pressures affect marine ecosystems.
Quality Science
Rigorous design of experimentation and field sampling.
Documented standardised procedures.
Reports/publications meet rigorous peer & internal reviews.
Quality Science
Rigorous design of experimentation and field sampling.
Documented standardised procedures.
Reports/publications meet rigorous peer & internal reviews.
Long-Term Data
Long-term data sets and sample archives (collected over decades) allow us to revisit and review our science outputs, and to build our understanding of complex ecosystems as our knowledge base expands
Long-Term Data
Long-term data sets and sample archives (collected over decades) allow us to revisit and review our science outputs, and to build our understanding of complex ecosystems as our knowledge base expands