MetOcean Solutions joins CSIRO for Port Phillip Bay Coastal Hazard Assessment

MetOcean Solutions is partnering with CSIRO to undertake a coastal hazard assessment for Port Phillip Bay, performing data analysis and numerical modelling of climate change scenarios to understand the potential coastal hazards impact on the area.

This project is funded by the Victorian Government and aims at assessing the environmental effects of climate change along the Port Phillip Bay coastline, to help land managers understand the hazards they may face in the future (click here for more information).

“MetOcean Solutions has a strong focus in providing the latest developments in oceanography to real applications and therefore collaboration with government research and university research groups are fundamental for us,” says Dr Alexis Berthot, MetOcean Solutions’ Marine Project Consultancy Manager.

MetOcean has developed a coupled hydrodynamic and wave model for the region using the Semi-implicit cross-scale hydroscience integrated system model (SCHISM). SCHISM is a powerful capability for MetOcean Solutions in high resolution coastal hydrodynamics. The model will be used to perform multi-year simulations under various sea level rise scenarios and historical and future climate conditions.

SCHISM model mesh for Port Phillip Bay.

SCHISM model mesh for Port Phillip Bay.


“This state-of-the-art unstructured mesh model is key to providing a detailed representation of complex nearshore bathymetric features and engineering structures, such as breakwaters and ports, that enable us to better understand the hydrodynamic regime at nearshore and coastal waters,” says MetOcean Solutions’ physical oceanographer Phellipe Couto. “This achievement is critical to support planning around potential coastal hazards in the currently changing climate scenario.” 

The Coastal Hazard Assessment, led by CSIRO with support of MetOcean Solutions, Federation University and others, investigates the extension of inundation, groundwater change, and erosion. The outcome will assist the community in future planning considering climate change scenarios.

Photo: State Government of Victoria, available  here .

Photo: State Government of Victoria, available here.


Learn more about Port Phillip Bay Coastal Hazard Assessment at the Coastal Programs website of the Department of Environment, Land, Water and Planning, Victoria (Australia).

For more information about Operational SCHISM, contact us at

Māori as oceanographers - Funding secured for cross-cultural ocean knowledge network

The Mātangaireira Waka Trust, has secured $100,000 to strengthen capacity amongst Māori to help improve ocean health through the sharing of cross-cultural ocean knowledge. The Trust was one of 31 successful applications to the Te Pūnaha Hihiko: Vision Mātauranga Capability Fund, administered by the Ministry of Business, Innovation and Employment. 

“We are delighted to support the Māori Marine Science network, and thrilled that it has evolved from the Moana Project He Papa Moana Team,” says MetService & MetOcean’s Head of Research Partnerships Prof. Moninya Roughan. 

The funding will be used to bring together experts across the fields of climate change, marine science, ocean health, and mātauranga waka to establish capacity building programmes and the Te Ahu o Rehua Network for Cross-Cultural Ocean Knowledge. Haki Tuaupiki of Mātangaireira Waka Trust says; 

 “The health of the ocean is critical to the future of us all and our knowledge of the ocean is integral to how we act and look after it. The ocean connects us to our ancestors providing a pathway across the Pacific. Our interactions with Tangaroa emphasise both our mahinga kai relationships and kaitiaki responsibilities. Improving ocean health requires transformative change across various knowledge systems in Aotearoa.” 

The aims of the programme are supported with co-funding from leading research and scientific organisations, University of Waikato, MetService/MetOcean, and NIWA. The project steering group also includes input from Victoria University of Wellington, Manaaki Te Awanui, Terra Moana Ltd, and the Whakatōhea Māori Trust Board.

Te Ahu o Rehua Network will build capacity amongst Māori community members, practitioners and marine undergraduate and postgraduate students.  Workshops will be held in the North and South Islands providing participants with an intensive mix of theoretical and practical experiences, set within the contexts of science, Māori science, and mātauranga Māori, to build their capacity and understanding of cross-cultural ocean knowledge. 

The result will be a strong network of Māori marine science and mātauranga practitioners with robust marine science and climate change communities. “The benefits to whānau, hapū and Iwi will be resultant initiatives protecting and enhancing their rohe moana. While regional government will benefit through participatory projects that support kaitiakitanga o te moana”, says Mātangaireira Waka Trust. 

The Mātangaireira Waka Trust’s mission is to learn, preserve, and redistribute the practice, customs and traditions of waka, te reo Māori and Māori arts

For more information please contact us at

MetOcean Solutions launches Spanish website

MetOcean Solutions has launched a Spanish version of the company website to provide it’s Spanish speaking partners quick and convenient access through

Over the last few years, MetOcean Solutions has grown its partnerships in Chile, exchanging technical expertise with colleagues from the University of Valparaiso and the Chilean Navy.

“Being neighbours in the Pacific Ocean both countries experience the same issues related to Southern Ocean swells and marine weather conditions that affect the safety of our ports,” says MetOcean’s Business Development Manager South America & Iberian Peninsula Dr Aitana Forcén-Vázquez. “We have a number of Spanish speaking scientists happy to provide technical support and discuss common issues with the Spanish speaking community in the journey towards the ports of the future, which will translate into safer and more efficient ports.

“Launching our website in Spanish allows us to support our Spanish-speaking partners even further and strengthen our collaboration.”

For more information about MetOcean Solutions, please visit or

MetOcean Solutions lanza su página en español

MetOcean Solutions acaba  de lanzar la versión en español de su página web para brindar a nuestros colegas de habla hispana un acceso rápido y conveniente a través de

En los últimos años, MetOcean Solutions ha aumentado sus colaboraciones en Chile, intercambiando experiencia técnica con colegas de la Universidad de Valparaíso y la Armada de Chile.

"Al ser vecinos del Océano Pacífico, ambos países experimentan los mismos problemas relacionados con el oleaje que se origina en el Océano Sur y las condiciones climáticas marinas que afectan la seguridad de nuestros puertos", dice la Gerente de Desarrollo de Negocios de MetOcean para Sudamérica y la Península Ibérica, Dra. Aitana Forcén-Vázquez. Tenemos a varios científicos de habla hispana entusiasmados con la idea de brindar apoyo técnico y discutir problemas comunes con la comunidad de habla española en el camino hacia los puertos del futuro, lo que se traducirá en puertos más seguros y eficientes.

“El lanzamiento de nuestra página web en español nos permite apoyar aún más a nuestros colegas que hablan español y fortalecer nuestra colaboración."

Para más detalles, visite o

Scotia Boelee joins Moana Project team

We are delighted to welcome Scotia Boelee as Programme Manager for the Moana Project. With a science background and vast experience in commercial negotiations and project management at an executive level, Scotia will assist Prof. Moninya Roughan in establishing the Moana Project’s framework and structure to ensure the success of the project.


The Moana Project, led by MetOcean Solutions, was awarded $11.5 million over five years from the Government’s Endeavour Fund and will shed new light on the performance of New Zealand’s oceans to support an enduring seafood sector (find more information here).

New Zealand is currently experiencing a marine heatwave with potential to affect the distribution and abundance of marine life (see more at Stuff’s news). The Moana Project will greatly advance our understanding of ocean circulation, marine population connectivity of kaimoana species and marine heatwaves, investigating the drivers and impacts of marine heatwaves to improve prediction.

General Manager of MetOcean Solutions Dr Brett Beamsley says the Moana Project, led by Prof. Moninya Roughan, is a cross-institutional programme involving all the oceanographic research organisations in New Zealand, in collaboration with international experts from Australia and the United States.

“One of our priorities at this stage is to ensure the project is well structured at the outset in order to maximise the potential for success of the project, both for MetOcean and MetService, and also for each of the project partners. Scotia’s knowledge and experience will assist us to continue delivering cutting-edge science to help underpin New Zealand’s blue economy. We are pleased to welcome her to the team.”

Scotia is an executive-level programme management and business case specialist with 26 years’ global experience. She has successfully influenced world-scale ventures and government organisations to think strategically and maximise both their commercial and research and development opportunities, whilst effectively mitigating and managing their HSSEQ and enterprise risk.

Following her MSc in Chemistry at University of Canterbury, Scotia completed an MSc in Gender at the London School of Economics and Political Science in 2003.

“I am excited to be involved in a project as worthwhile as Moana,” she says.

Scotia is based in our New Plymouth office.

Mariana Cussioli joins MetOcean Solutions

We are delighted to welcome Dr Mariana Cussioli to MetOcean Solutions. Mariana is an oceanographer, specialising in coastal environments. She will be joining our marine project consultancy team, based in Raglan.


“Each of our scientists have their own scientific specialty and work interest. We continuously aim to diversify our overall team expertise whilst maintaining a strong coastal and ocean numerical modelling capability,” says MetOcean Solutions’ Marine Project Consultancy Manager Dr Alexis Berthot.

“We are really pleased to welcome Mariana to the team as her experience with a range of wave, current and sediment transport models and her solution-focused attitude will be a great asset for MetOcean.”

Following a MSc in Geological Oceanography at University of Sao Paulo, Brazil, Mariana recently completed her PhD in Coastal Oceanography at the University of Waikato, New Zealand. Her research was focused on dredge plume dynamics in ports and harbours to guide improvements in predictive models and the planning of dredging operations.

With expertise on hydrodynamics and sediment transport modelling, Mariana’s research interests concern the ecological effects of turbidity variations, wave modelling in estuarine areas and effects of waves and river discharge on coastal morphodynamics.

Mariana is excited to be joining MetOcean Solutions and to contribute to the marine project consultancy team:

“MetOcean is an amazing group of experts who are passionate about what they do. Through continuous development and collaboration with external partners and within our teams, the company delivers a wide range of solutions and is a reference point in the sector. It’s fantastic to be part of this organisation.”

Oscar Key joins MetOcean Solutions

We are very pleased to welcome Oscar Key to MetOcean Solutions. Oscar is a senior scientific developer and is part of our services and development team in Raglan. In his role, he will work on improving backend Application Programming Interface (API) capabilities at MetOcean Solutions.


With nearly ten years’ experience in a wide variety of fields, including yacht tracking, medical imaging and analysing financial data, Oscar is an exceptional programmer used to writing code under tight performance constraints.

Following a BSc (Honours I) in Computer Science at Otago University, Oscar has developed machine learning systems for large data search indices, as well as many APIs in C, C++, and Python. Along with the APIs themselves, he’s handled deployment and regression testing with Docker, Vagrant, and similar tools. His experience also involves embedded programming, protocol implementation, high-performance image processing, bytecode disassembly and reverse engineering, as well as GUI development.

“I'm looking forward to joining a great team,” says Oscar. “We'll be working hard together to improve MetOcean's APIs.”

$11.5 million grant to help safeguard New Zealand’s blue economy

A new research project spearheaded by MetService’s oceanography division, MetOcean Solutions will shed new light on the performance of New Zealand’s oceans to support the seafood sector.

The Moana Project was today awarded $11.5 million over five years from the Government’s Endeavour Fund.

MetService Chief Executive Officer Peter Lennox says the grant is an endorsement of the capability and expertise that exists within MetService, and the contribution the State-owned enterprise is continuing to make in advancing the knowledge of New Zealand industry and communities.

General Manager MetOcean Solutions Dr Brett Beamsley says there is a significant lack of knowledge about our marine environment despite the ocean providing vital social, cultural, economic and environmental benefits for New Zealanders.

“As a marine nation, New Zealand derives wealth and wellbeing from the ocean and yet, our oceans are very poorly understood.

“Our seafood sector alone is worth $4.18b annually to New Zealand’s economy and its resources are directly threatened by rising ocean temperatures and marine heatwaves.

“To safeguard these benefits for future generations we need to understand how our marine environment works so we can better manage our resources in a time of rapid ocean warming.

“This project will combine Māori knowledge, seafood sector data, cutting-edge ocean sensing, and advanced numerical modelling to provide a reliable ocean forecast system to support marine industries.”

The proposal was led by MetOcean Solutions’ Chief Scientist Professor Moninya Roughan who says: “The Tasman Sea is warming at one of the fastest rates on Earth, four times the global average, yet we currently have limited ability to comprehensively measure, monitor and predict the state of New Zealand’s oceans.

“Our marine industries are operating in the dark but through the Moana Project, all that will change.

“This programme will create a new, dynamic and more integrated marine knowledge base - reducing uncertainty, maximising opportunity and preparing for future ocean changes.”

The Moana Project is a cross-institutional programme involving all the oceanographic research organisations in New Zealand, collaborating with international experts and supported by a wide range of end-users in industry and government.

Professor Roughan says: “We are partnering with the seafood sector to develop a low-cost ocean sensor that will revolutionise ocean data collection. The sensors will be deployed throughout New Zealand’s exclusive economic zone with support from the commercial fishing sector.

“Through a research partnership with the Whakatōhea Māori Trust Board, we expect the project to  facilitate the exchange of oceanographic knowledge between Te Ao Māori and western science, and empower engagement in coastal management and policy fora.”

Research organisations involved include MetOcean Solutions, the Cawthron Institute, NIWA, and Victoria University of Wellington, Auckland, Waikato, and Otago Universities. The team will collaborate with international experts from Australia (the University of New South Wales), and the United States. 

In addition, the Moana Project has support from technology partners (including ZebraTech) and a wide range of ocean-information end-users, including the New Zealand Defence Technology Agency, the NZ Seafood sector (including Seafood NZ, Paua Industry Council, Deepwater Group, NZ Rock Lobster Industry Council, Terra Moana), the Ministry for Primary Industries and Regional Councils.  

MetOcean Solutions was fully acquired by State-owned Enterprise MetService in September 2017.

For more information, contact Deborah Gray, Communications Manager at or by calling +64 027 3700 700.


About the Moana Project

The seafood sector brings $4.18B to New Zealand annually. The resources that the sector depends on are threatened by increasing ocean temperatures. Thermal stress is one of the greatest threats to aquaculture and above average ocean temperatures are also impacting deepwater fisheries (e.g. Hoki). New Zealand has recently experienced its worst marine heatwave on record, yet nothing about these events is known.

This project will vastly improve understanding of coastal ocean circulation, connectivity and marine heatwaves to provide information that will support sustainable growth of the seafood industry (Māori, fisheries and aquaculture). Project partners will apply the internet of things concept to develop a low-cost ocean temperature profiler that will be deployed by the fishing communities ‘on all boats, at all times’. New Zealand’s first open-access ocean forecast system will be delivered by developing new ocean circulation models using a combination of advanced numerics, modern genomics and data from our smart ocean sensors.

The project will investigate the drivers and impacts of marine heatwaves so that they can be predicted, and investigate ocean transport pathways and population connectivity of kaimoana species. This project will provide a step-change in the oceanic information available to the seafood sector and the broader community, accessible through the open-access user-friendly datasets and tools developed.

This information will help the New Zealand seafood sector retain its competitive edge in a rapidly changing ocean impacted by marine temperature extremes and shifting currents. Project partners will build bridges to ensure this new knowledge informs regional marine policy and management.

This project is anchored in mātauranga Māori through the partners’ relationship with Whakatōhea, facilitating exchange of oceanographic knowledge between Te Ao Māori and western science and serve as an exemplar for other coastal iwi.

 About MetService

MetService is New Zealand’s National Meteorological Service. MetOcean Solutions was fully acquired by State-owned Enterprise MetService in September 2017.

As a State-Owned Enterprise its core purpose is to protect the safety of life and property in New Zealand while operating as a commercial business. MetService recently emerged as one of the highest rated agencies in Colmar Brunton’s annual survey of reputation in the public sector.

Dr Alexis Berthot as MetOcean Solutions’ Marine Project Consultancy Manager

MetOcean Solutions has appointed Dr Alexis Berthot as its new Marine Project Consultancy Manager. In this role, Alexis will manage high value scientific consultancy services, leading a team of expert scientists with vast oceanography experience.


“I am really excited about the opportunities that lie ahead,” says Alexis. “Together with the Meteorological Service of New Zealand (MetService) and MetraWeather, MetOcean Solutions has strengthened its collaboration with external partners, building a joint effort to provide integrated  solutions to our clients, I am really looking forward to facilitate this initiative in the marine project consultancy space.”

“MetOcean Solutions is an unique, amazing group of people with not only a vivid passion for science, the ocean and the weather, but also with a strong sense of teamwork, striving for collective achievements. It is a privilege to be part of this team. ”

“Having scientific research, project consulting and operational forecasting teams working closely together is a highly successful structure that promotes the sharing of expertise across the MetOcean group and provides scientifically robust solutions for a whole spectrum of projects.”

Over the last year Alexis has been representing MetOcean Solutions in Australia, looking after the company's Australian clients and providing technical leadership to a wide range of coastal and maritime engineering projects.

Originally from France and passionate about the ocean, Alexis’ academic and professional background is in physical oceanography and coastal science. Following an MSc in Marine Environmental Sciences from the University of Marseille, France, he completed a PhD in Physical Oceanography at the University of Western Australia. He has worked in coastal and ocean research and engineering consultancy for more than 15 years, as a principal numerical modeller, technical lead or project director.

Alexis can be reached at For more information on MetOcean Solutions’ scientific consultancy services, contact us at

MetOcean Solutions’ wavespectra library finalist for New Zealand Open Source Awards

MetOcean Solutions has been announced as a finalist in the 2018 New Zealand Open Source Awards. The nomination is for the company’s open source library for processing ocean wave data, released earlier this year (more information here).

"We are very proud to be nominated for this Award," says Dr Brett Beamsley, General Manager MetOcean. “We leverage from open source initiatives in our daily operations. It is great to contribute back to the scientific community, strengthening ocean scientists collaboration.”

“Our Wavespectra library is a powerful collection of tools which was created through the collaborative efforts of our science team, following their years of dealing with ocean wave spectral data.”

A sea state can be thought of as the combination of many different wave components, each of which with its own frequency and direction. The ocean wave spectrum (bottom panel) describes the relative amount of energy in each of these different wave components. Wavespectra allows easily converting multiple spectra into known statistical wave parameters such as significant wave height (top panel).

A sea state can be thought of as the combination of many different wave components, each of which with its own frequency and direction. The ocean wave spectrum (bottom panel) describes the relative amount of energy in each of these different wave components. Wavespectra allows easily converting multiple spectra into known statistical wave parameters such as significant wave height (top panel).

The Open Source Awards recognises outstanding work done with free and open source software and the artistic, scientific and social outcomes it delivers in New Zealand. The 2018 awards will look at the successes over the last two years.

MetOcean Solutions’ Wavespectra library is one of four finalists in the ‘Open Source use in Science’ category.

Senior Physical Oceanographer Dr Rafael Guedes says Wavespectra is a library for dealing with multi-dimensional ocean wave spectra data with the code focused on speed and efficiency for large spectral datasets, and is of value to scientists, students and consultants.

“It provides several methods for assimilating and processing wave spectra into simplified statistical wave parameters. By making this library freely available, we recognise the value of open sourcing, encouraging researchers to become involved, further develop and improve the code.”

For more information about MetOcean Solutions’ Wavespectra, the documentation is available at and the GitHub repository at

The winners of the 2018 New Zealand Open Source Awards will be announced on 23rd October 2018.

Read more about the nomination on the New Zealand Open Source Awards website.

MetOcean Solutions is a division of state-owned enterprise, Meteorological Service of New Zealand (MetService). MetService is New Zealand’s national weather authority, providing comprehensive weather information services, to help protect the safety and well-being of New Zealanders and the economy.

João Marcos Souza joins MetOcean Solutions

We are delighted to welcome Dr João Marcos Souza to MetOcean Solutions. João is a physical oceanographer with vast experience in hydrodynamic ocean modelling, and will be leading the ocean modelling component of the Moana Project, based in our Raglan Office.


“João is a recognised expert in data assimilation modelling, and has strong international connections in the ocean modelling and observing community, an important link for Moana Project,” says Prof Moninya Roughan, MetOcean Solutions' Chief Scientist and Moana Project Director. “He brings a unique capability in ROMS Data Assimilation, and we look forward to advancing New Zealand’s contribution to international efforts in ocean data assimilation.”

With more than 15 years of experience, his expertise is in interdisciplinary ocean processes and data assimilative hydrodynamic simulations. In his most recent research position, João was the principal investigator on several projects, including the development of an ocean reanalysis using the ROMS model with 4-dimensional variational data assimilation to investigate predictability of ocean forecast systems, analysis of deep circulation in the Gulf of Mexico using a combination of observations and model results, and range of nearshore circulation studies coupling hydrodynamic and wave models.

Following his PhD in Ocean Engineering at Rio de Janeiro Federal University, Brazil, in 2008, João completed postdoctoral internships at the French Research Institute for the Exploitation of the Sea - IFREMER in 2011 and the University of Hawaii in 2014. Complementing his science role, he has mentored undergraduate and graduate students and postdoctoral researchers in physical oceanography. His most recent projects include the use of lagrangian analysis methods with biogeochemical and ocean circulation modelling.

“I am very excited to join the team and hope to add value to the fantastic work being done at Metocean Solutions,” says João. “It is clear to me that great science can only be achieved through strong collaboration which is valued so highly by the MetOcean team.”

Henrique Rapizo joins MetOcean Solutions


We are delighted to welcome Dr Henrique Rapizo to MetOcean Solutions. Henrique is a physical oceanographer and will be working in our science team in Raglan. As a wave modelling expert, he will be providing support to operational and consultancy projects at MetOcean Solutions.

Following an MSc in Ocean and Coastal Engineering at Rio de Janeiro Federal University, Brazil, Henrique has completed last year his PhD in Maritime Engineering and Physical Oceanography at Swinburne University of Technology,  Australia. His research was focused on interactions between wind-generated ocean waves with currents, including theoretical, observational and numerical approaches.

With a specialisation on wave-current interactions, Henrique`s research interests are also on coastal processes and dynamics, air-sea interactions,  wave-ocean numerical coupling and data analysis.

“MetOcean Solutions is one of the few companies in the world that unifies the fast pace and technical approach of operational procedures with very high scientific level,” says Henrique. “I am really excited to be part of such a qualified team and contribute to the development of the wave-ocean modelling products.”

UK Ministry of Defence adopts SurfZoneView

The UK Ministry of Defence recently purchased an operational license for SurfZoneView, the New Zealand Navy software tool to support amphibious operations and beach landings.

New Zealand Defence Force amphibious operation (Image: Defence Technology Agency)

New Zealand Defence Force amphibious operation (Image: Defence Technology Agency)

“Waves and currents make the surf zone a very dangerous environment,” explains Dr Rafael Guedes, senior oceanographer at MetOcean Solutions. “SurfZoneView provides high-resolution maps of the sea conditions in the surfzone, which helps determine the safest times and locations to offload equipment and personnel. This is crucial to the management of amphibious operations.”

Designed by MetOcean Solutions in partnership with the New Zealand Defence Force, SurfZoneView is based on the state-of-the-art XBeach numerical model. By resolving the main processes in this complex environment, the software clearly maps out the nearshore conditions and includes risk management tools to assist operational decision making.

“We are very pleased to supply our tool to one of the world’s largest defence forces,” says oceanographer Andre Lobato who manages the software updates. “It's great that the license also allows the tool to be used by the UK MetOffice for civilian purposes, such as search and rescue and beach safety analysis.”

The UK purchase coincides with the release of a new version of SurfZoneView.

“We had important feedback from amphibious units in Italy, UK, Australia and New Zealand. The new release incorporates a range of features requested by users after real training exercises,” continues Andre.

The tool clearly shows safe and unsafe zones for beach landings, and users can compare the relative safety of landing at different areas along a stretch of coastline, or at different times within a seven day forecast. Safety profiles allow users to test settings and examine how safety tolerances and vessel draughts alter the predictions.


In 2016, MetOcean Solutions won the Minister of Defence Industry Awards of Excellence for the SurfZoneView software. The uptake of the software by UK is further recognition of the value that accurate modelling, presented in a user-friendly format, can offer naval personnel operating in nearshore areas.

For more information on SurfZoneView, click here, or view the video for the 2016 award here.

Contact us on for a trial version or demonstration of SurfZoneView.

Research partnership helps ocean industries

MetOcean Solutions and the Coastal and Regional Oceanography Group in the School of Mathematics and Statistics at the University of New South Wales (UNSW) are partnering to ensure that marine industries will benefit from the latest ocean research along the southeast coast of Australia.

“The science team at UNSW produces world-class research. By combining their ocean data and models with MetOcean Solutions’ operational experience we will provide an even better service for clients along the New South Wales coast,” says Prof Moninya Roughan, MetOcean Solutions' Chief Scientist and UNSW`s Coastal Oceanography Group Leader. “This collaboration helps make oceanographic research useable, making valuable knowledge easily accessible to marine industries and the public, and improving safety and efficiency at sea.”

The UNSW team developed a 23-year (1994-2016) hydrodynamic hindcast model using the 3D Regional Ocean Modeling System (ROMS). The model simulates ocean circulation at sufficient resolution (2.5-6 km) to characterise the hydrodynamics in the region. Results have been validated with quality, long-term oceanographic data, and were distributed through the Australian Integrated Marine Observing Program (NSW-IMOS).

The MetOcean Solutions team use model output to generate statistics needed by clients for design purposes. In addition they have characterised the coastal marine environment at a number of locations along the coast of SE Australia, and are conducting research that will improve understanding of dynamical drivers of the coastal circulation. The data has also been used to provide boundary conditions to clients for further downscaling studies.

Model domain and bathymetry showing the East Australian Current and the Tasman Front (Image by  Kerry et al, 2016 )

Model domain and bathymetry showing the East Australian Current and the Tasman Front (Image by Kerry et al, 2016)

“Using the UNSW regional model ensures we are providing the highest quality information for our clients,” says MetOcean Solutions Forecast Operations Manager Dr Rafael Soutelino. “We are very enthusiastic about working with UNSW, and all the improvements we can achieve for industries and governments operating at sea in the region.”

UNSW`s oceanography group has been studying the East Australian Current (EAC) for decades, collecting valuable in-situ data and developing a suite of high-resolution numerical ocean models for the region. The EAC is the Western Boundary Current of the South Pacific subtropical gyre that flows south along the east coast of Australia, dominating the coastal circulation from Brisbane to Tasmania.

“The EAC is characterised by high eddy variability and the correct representation of these eddies into nearshore hydrodynamic models is critical,” says Dr. Colette Kerry, Postdoctoral Research Associate in the School of Mathematics and Statistics at UNSW. “Advancing our understanding of the dynamics of the EAC will help improve model predictions.”

For further information about Australian oceanographic research and consultancy services, please contact Alexis Berthot in Sydney at

Support for the New Zealand Ocean Data Network

MetOcean Solutions is delighted to support the New Zealand Ocean Data Network (NZODN), a new initiative coordinated by the National Institute of Water and Atmospheric Research (NIWA) to make New Zealand ocean data discoverable and freely available to all.

The NZODN is a national data platform that supports integrated access to marine and climate science data. NIWA has set up the NZODN as a node of the Australian Ocean Data Network (AODN) fully built on the services stack designed by the Australian Integrated Marine Observing System (IMOS).

The NZODN website has been launched as a public New Zealand resource, a ‘sister site’ to the AODN portal. This platform will greatly enhance data discovery and provide access to all available marine data collected in the New Zealand ocean domain.

Find out more about the New Zealand Ocean Data Network at

Find out more about the New Zealand Ocean Data Network at

MetOcean Solutions holds an extensive historical ocean database and is working towards quality control, formatting and documentation of these data so that they can be made publicly available through the NZODN infrastructure.

“We are very excited by the NZODN initiative. It is an important step for an integrated open data network that can be used by New Zealand's scientists and data-users,” says Prof Moninya Roughan, MetOcean Solutions' Chief Scientist. “It will greatly enhance the exchange of oceanographic knowledge and information, supporting ocean research and development of operational ocean services for NZ.”

IMOS Director Tim Moltmann says, “This is a major milestone for the collaboration between the two nations. The New Zealand Ocean Data Network Portal and our AODN portal complement each other, which allows for future strengthening of the collaboration in this region.”

Click here to access the datasets available at New Zealand Ocean Data Network or to find out more about how to contribute data.

Jorge Perez joins MetOcean Solutions

We are very pleased to welcome Dr Jorge Perez to MetOcean Solutions. Jorge is a physical oceanographer and will be working in our science team in Raglan. In his role, he will work on improving wave hindcasting and forecasting capabilities at Metocean Solutions.

Jorge Perez.jpg

Following an MSc in Coastal and Port Engineering, Jorge completed a PhD in Physical Oceanography at the University of Cantabria, Spain. His research has focused on wave climate, including a wide range of temporal and spatial scales.

With almost 10 years of experience in wave dynamics, Jorge has participated in a broad variety of projects, developing innovative solutions for statistical downscaling methods, wave tracking algorithms, and climate change projections. In his last research position he managed wave climate databases and generated wave historical data.

“Metocean Solutions makes top quality data easily accessible, removing the gap between advancements of research and final users,” says Jorge. “I am happy to join the team and participate in this exciting development”.

MetOcean Solutions and MetService join forces

Today the Meteorological Service of New Zealand (MetService) acquired the final 51% of shares in MetOcean Solutions to become 100% owner. The acquisition is the result of more than four years of collaboration and planning, notes Managing Director Dr Peter McComb. ”This is the start of an exciting new phase for ocean science in New Zealand and the South Pacific,” he says. “For the first time, our country will have a cohesive national operational oceanographic capability. New Zealand is custodian of the 4th largest marine estate on the planet and that comes with a broad responsibility. The MetOcean Solutions science team has been building the expertise and resources to meet that need for the last 10 years, and now we are delighted the investment by MetService will allow the country and indeed the wider South Pacific region to realise those benefits. This means improved forecasting of waves, coastal currents, ocean temperature, storm surge and hazardous situations. Also, a rapid and reliable marine response capability in disaster situations like the MV Rena grounding will now be possible.”
CEO of MetService, Peter Lennox adds, ”The benefits go beyond national marine safety improvements; we see a future where exceptional weather services developed for our geography are exported to the world. The technologies developed by MetOcean Solutions are already well respected in overseas markets and with full partnership, the two organisations can more effectively leverage each other's strengths and bring the unique value of our Powerful Weather Intelligence to commercial opportunities worldwide.”    
MetOcean Solutions will continue to operate as a separate trading entity, maintaining the strong R&D pedigree of the past decade and adhering to its core principles of scientific integrity and technical elegance along with the ethos of ‘collaboration for success’.


Smart Ideas funding for MetOcean Solutions

MetOcean Solutions has received research funding for a project applying innovative technology to weather forecasting. The research, entitled ‘Machine learning for convective weather analysis and forecasting’, was funded in the Ministry of Business, Innovation and Employment (MBIE) 2017 Endeavour Round.

Led by MetOcean Solutions, the project is a collaboration with the Knowledge, Engineering & Discovery Research Institute (KEDRI) of Auckland University of Technology, and the New Zealand MetService.

“We are very pleased to receive funding for this exciting project,” states project lead Dr David Johnson.

The research will use machine learning to predict convective weather events. Convective weather produces heavy rain, lightning and strong winds, significantly impacting the safety, efficiency and well-being of New Zealanders, and recent severe events have caused loss of life and extensive damage to property.

“Convective weather is localised in time and space and can develop quite quickly and sometimes without much warning,” continues Dr Johnson. “These events are always associated with cloud masses - like big thunderstorm clouds - which can be seen from Earth-observing satellites. Currently, human forecasters detect these events by looking at satellite imagery, numerical model guidance, and rain radar. Trained forecasters are good at doing this, but humans cannot look everywhere all the time. Recent advances in machine learning mean that computers are now exceptionally good at identifying and labelling features in images. Our research will train a machine-learning algorithm to analyse satellite imagery, possibly combined with other inputs such as numerical model guidance or rain radar, and predict where and when heavy rain, lightning or wind squalls might occur. As this is a machine process it can potentially be fully automated and then used to send alerts on a phone app.

“There is a good chance that the algorithm will be better than a human at consistently making the correct predictions, which means that all New Zealanders will benefit from better weather forecasts. An automated forecasting system also allows for greater customisation and localisation for individual needs. If successful, the research could lead to apps that makes it possible for you to request a phone alert if heavy rain is likely at your location - your phone already knows where you are - allowing you to take in your washing, seek shelter or postpone your drive home. Many industries are weather-dependent, and accurate local forecasts of strong winds or heavy rainfall will help anyone working or organising events outdoors, including the forestry, fisheries, construction and transport industries, all of whom have different weather thresholds to ensure safety and efficiency. Human forecasters could never manage to serve all the myriad of end-user needs at different locations and times.

“The key to success is the collaboration with KEDRI, who are world-leading machine learning experts, and MetService who carry out day-to-day severe weather forecasts for New Zealand. MetOcean Solutions brings our track-record of applying state of the art science and technology to provide end-user tools and services.”

MBIE's 2017 Endeavour Round funded 68 new scientific research projects from 408 applications.

Click here for the MBIE press release on the funding.


Dr Aitana Forcén-Vázquez joins MetOceanView support team

This week we welcome Aitana Forcén-Vázquez, our new Technical Support Liaison.

Originally from Spain, Aitana has a PhD in physical oceanography from Victoria University, and recently completed Postdoctoral research in Southern Ocean dynamics at NIWA in Wellington. In her new role, Aitana will be providing technical support to our marine forecast clients throughout New Zealand and worldwide.

"I am looking forward to engaging with the MetOceanView users," says Aitana. "Having spent substantial time in and on the ocean, I understand the challenges that weather poses for ocean-based industries. I’m really excited to be part of a team providing scientifically robust data in meaningful ways.”  

Aitana is based in our Raglan Office. 

Alexis Berthot representing MetOcean Solutions in Australia

We are very pleased to welcome Dr. Alexis Berthot, who will be representing MetOcean Solutions in Australia. Based in Sydney, Alexis's main focus will be looking after the company's Australian clients and providing solutions tailored to the local environment and requirements. 

Alexis’s academic and professional background is in physical oceanography and coastal science. Following an MSc in Marine Environmental Sciences from the University of Marseille, France, he completed a PhD in Physical Oceanography at the University of Western Australia. He has worked in coastal and ocean research and engineering consulting for over 15 years, as a principal numerical modeller, technical lead or project director. 

From his involvement with a wide range of coastal and maritime engineering projects, Alexis has gained extensive experience in hydrodynamic, wave, sediment transport and water quality modelling. 

“I have followed the development of Metocean Solutions since the company started," explains Alexis. "I have been continuously impressed by the high technical quality of the work, the innovative tools developed, and the team's enthusiastic approach when tackling new challenges. I am very excited to join the company and assist in making sure that all Australian companies and government agencies get the opportunity to have Metocean Solutions' great technical expertise and forward thinking solutions at their fingertips.” 

Alexis can be reached at or by calling +61 422 369 314.

The world's southernmost open ocean moored wave buoy deployed

The buoy will provide essential data about waves in the rarely studied Southern Ocean. Plot shows wave height in metres; the red dot marks the wave buoy location.

The buoy will provide essential data about waves in the rarely studied Southern Ocean. Plot shows wave height in metres; the red dot marks the wave buoy location.

In collaboration with MetOcean Solutions, the New Zealand Defence Force yesterday launched a moored wave buoy about 11 km south of Campbell Island. The site is the southernmost location that a wave buoy has ever been moored in the world.

Deployed from the HMNZS OTAGO, the buoy is part of a collaborative project between the Defence Technology Agency and MetOcean Solutions. The buoy is planned to remain in location for the next six months, where it will be used to gather precise wave spectral data as well as
wave height and wave direction.

"We are very pleased about our research partnership with the Defence," says oceanographer Dr Peter McComb who led the deployment on OTAGO. "The Southern Ocean is an incredible engine for wave energy generation due to the persistent westerly winds and the expansive ocean fetch. This makes it a difficult region to work in, but we were fortunate with a period of relatively good weather to launch the buoy. The data will be of international significance and the wave research community will benefit from open access to the measurements."

Dr Tom Durrant, the manager of MetOcean Solutions' wave modelling, says that the buoy will provide invaluable data for an area which remains poorly studied. 

"Due to the harsh ocean environment and remote location, the Southern Ocean is the least observed of any ocean body," he explains. "The wave buoy data will aid our understanding of waves in extreme conditions, and provide measurements against which we can validate and improve our global wave models. To help the deployment we provided detailed forecasts, and we are relieved that the conditions were calm enough to launch the buoy."

For more about the deployment, see the DTA website