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#Shellfish - Galway will host the 11th International Conference on Molluscan Shellfish Safety (ICMSS 2017) this summer from Sunday 14 to Thursday 18 May.

ICMSS 2017 will be hosted by the Marine Institute in association with the Food Safety Authority of Ireland, Sea Fisheries Protection Authority, Irish Shellfish Association, National University of Ireland and Bord Iascaigh Mhara in the Bailey Allen Hall at NUI Galway.

This 11th conference in the biannual forum series, subtitled ‘Protecting consumers, assuring supply, growing confidence’, offers an important multidisciplinary interface between regulatory, scientific and industrial representatives of the international molluscan food safety community. Unusual, emerging and novel shellfish risk factors will be discussed, offering new information and solutions.

ICMSS 2017 will include keynote presentations from acclaimed international experts in the area. A series of workshops will be held in conjunction with the event on Friday 19 and Saturday 20 May which will be of particular interest to shellfish safety professionals and students, including microbiologists, toxin chemists, toxicologists, marine scientists, regulators, policy makers, food safety specialists, environmental health officials, engineers, environmental managers, academics and undergraduate and postgraduate students.

More information can be found on the ICMSS 2017 website. The programme is available to as a PDF to read or download HERE.

Published in Marine Science

#Jobs - The Marine Institute requires a laboratory analyst to provide support to a two-year research project investigating norovirus, hepatitis A virus, hepatitis E virus and sapovirus concentrations in oysters.

The work will primarily involve laboratory based detection of the viruses in oysters using existing and proposed molecular procedures. In addition, there may be some elements of field work including sampling and environmental monitoring.

This temporary specified-purpose contract of employment is funded under the FIRM programme and will run for a duration of up to two years. The successful candidate will be on probation for the first six months.

To apply, a CV and letter of application summarising experience and skill set applicable to the position should be emailed to [email protected] or posted to Human Resources at the Marine Institute, Rinville, Oranmore, Galway. All correspondence for this post should quote reference LA-FIRM-Jan 2017

All applications for this post should be received by the Marine Institute before noon next Tuesday 7 February. Late applications will not be accepted.

A detailed job description is available from the Marine Institute website HERE.

Published in Jobs

#Seafood - Donegal's oyster industry has been hit by an import ban in Hong Kong over an outbreak of food poisoning.

According to The Irish Times, food safety investigators in the Chinese territory were notified by Irish authorities two weeks ago that the presence of norovirus was confirmed at a raw oyster processing plant in the north-eastern county that services the crucial Asian market.

Hong Kong subsequently banned the import of raw oysters from Donegal "for the sake of prudence". More HERE.

Published in Fishing

#Shellfish - The Food Safety Authority of Ireland (FSAI) is holding a series of Shellfish Regional Information Meetings around the coast in April and May.

The informal events, held in association with the Sea-Fisheries Protection Authority (SFPA), the Marine Institute and Bord Iascaigh Mhara (BIM), aim to provide an opportunity for all those involved in the shellfish industry to learn more about the role of the Shellfish Safety Monitoring Programme and how it assists industry to ensure that live bivalve molluscs placed on the market meet the highest standards of food safety.

This series of events will focus on microbiological classification of shellfish production areas but will also cover topics such as biotoxin and phytoplankton monitoring, phytoplankton sampling and viruses. 

The first of these meetings takes place on 15 April at the SFPA office in Clonakilty, Co Cork, followed by 16 April at the Brehon Hotel in Killarney, Co Kerry.

On 27 April, the meeting moves to the Clann Ri Hotel in Letterkenny, Co Donegal, followed on 28 April at the Marine Institute in Oranmore, Co Galway.

The final meeting in the series will be held on 6 May at the FSAI office on Lower Abbey Street in Dublin city centre.

Registration for the events in Donegal, Galway, Cork and Dublin is from 1pm with a light lunch served. These sessions will run from 1:30pm to 4:30pm. In Kerry, registration is from 9:30am with tea/coffee served. The sessions will run from 10am to 1pm, when a light lunch will be served.

To register for one of these free half-day events, click on the any of the links above or phone Lorna Tallon on 01 817 1398.

Published in Fishing

#Mussels - "Major concerns" abound over an endangered species of freshwater mussel after a Connemara roadway project given the go-ahead by planners before its design was finalised.

According to The Irish Times, locals expected the road project to be an upgrade of the existing route between Oughterard and Maam Cross, but only found out later that a wholly new road would be built through their land via compulsory purchase orders.

Besides splitting a number of farms in Glengowna near Oughterard, the final scheme will impact on the catchment of the Owenriff river, one of Europe's oldest trout hatcheries and host to one of the world's most important populations of the freshwater pearl mussel Margaritifera margaritifera.

And according to an independent ecologist, the presence of the latter means planning permission cannot be legally granted in the way it has been decided.

The Irish Times has much more on the story HERE.

Published in Fishing
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#Fishing - The unregulated use of pesticides by fish farms poses a significant threat to both the shellfish industry and marine wildlife, according to new research findings.

The Irish Examiner reports on the study by the Norwegian Institute for Water Research, which confirms that pesticides used to kill sea lice infestations in aquaculture schemes often exceed environmental quality standards, or EQS.

Researchers studies samples from fish farms in Norway, which has no EQS system, and compared them to thresholds in the UK.

The study has been welcomed by lobby group Save Bantry Bay, whose secretary Alect O'Donovan claimed the value of shellfish to the local economy was more than €640,000 in 2009.

"It is ludicrous to put this at risk by adding more salmon farms and greater pesticide emissions that have the potential to wipe out stocks," he added.

Management of Ireland's shellfish fisheries and wildlife in general will be up for discussion at this year's Buckland Lecture in UCD next Wednesday evening (29 October), as Derek Evans writes in The Irish Times.

Malcolm Windsor, formerly of the North Atlantic Salmon Conservation Organisation, will be joined by Frank Convery, Ken Whelan and a panel of experts on the night to debate these important issues.

Published in Fishing
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#MarineScience - The Marine Institute has headed a major international project demonstrating the latest advances in shellfish safety. 

Results of this four-year project - presented on Tuesday 10 September at the ASTOX-II Project workshop in the Oranmore HQ of the Marine Institute – were described as very significant for the shellfish industry, and for the institute's key position in the field of marine biotoxin science.

According to researchers, new discoveries made during the project regarding the biological source, chemistry and toxicology of a naturally occurring marine biotoxin Azaspiracid will lead to a better understanding and regulation of the problem. 

This toxin is regulated under EU law and can accumulate in shellfish resulting in closures of shellfish production areas in order to prevent human illness. 

Irish scientists have worked on understanding the nature and origin of the toxin since it was first discovered on the west coast of Ireland in the mid 1990s.

An international group of over 40 world-leading scientists in the field of biotoxin science who attended the workshop described several practical tools that have been developed for the analysis of this toxin and its micro algal source. 

The group also described several new phytoplankton species responsible for producing the toxins, developed new molecular probes and other assays for monitoring the problem, and for the first time produced details of how the toxin affects consumers during and following digestion. 

These answers are essential in setting appropriate shellfish safety standards to ensure that only the highest quality Irish shellfish reach the market, said the Marine Institute.

Another major output of the project was the purification of several Azaspiracid variants directly from Irish shellfish and micro algae for use as certified reference materials. These ultra-pure extracts are essential for analytical techniques and are now distributed to monitoring and research labs all over the world.

“The success of this project is very important for food safety in Ireland and internationally but also for the Irish shellfish industry,” said project manager Jane Kilcoyne of the Marine Institute. “When a bay is closed for shellfish production because of a harmful algal bloom it can cause severe economic hardship for producers in that area. 

"We hope the practical tools developed through this project for example new rapid test methods will help to minimise the impact of these harmful toxins on shellfish producers by providing better prediction and monitoring systems.”

The ASTOX-II project team of Irish, Northern Irish, French, Norwegian, American, Canadian and German scientists worked together on biological, chemical and toxicological aspects of the compound. Since the project began it has generated many publications – including three PhD studies, 29 peer-reviewed papers, three book chapters and 44 presentations at national and international conferences - and others are anticipated after its completion in November 2013. 

These publications stimulate global interest in Azaspiracid research, disseminate new knowledge and reinforce Ireland’s position as a leading performer in marine toxins research. This knowledge continues to enable the development of national and international policy, which supports the development of Ireland’s seafood sector.

Speaking after the event, Marine Institute CEO Peter Heffernan congratulated the scientific team. “This project has brought together a unique team of Irish and international scientists who are among the world leaders in their field of ocean environment biotoxin analyses and draw from the experience of leading marine and food safety organisations in the world whose combined efforts have significantly advanced scientific knowledge in this field,” he said.

The project is carried out under the Sea Change strategy with the support of the Marine Institute and the Marine Research Sub-programme of the National Development Plan 2007–2013, co-financed under the European Regional Development Fund.

The workshop - which followed on from the 10th annual Shellfish Safety Science workshop in Galway earlier this year - continued yesterday (11 September) with a seminar hosted by Agilent Technologies focusing on monitoring of environmental pollutants and toxins using an advanced analytical technique used by the Marine Institute called mass spectrometry.

More information is available in the project brochure and leaflet, both available to read and download as PDFs.

Published in Marine Science
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#Fishing - "Absolutely hammered" is how a Carlingford Lough oyster farmer describes the state of his business after £350,000 (€404,000) worth of his stock was destroyed by a virus in the recent heatwave.

And as the Belfast Telegraph reports, Darren Cunningham now fears financial ruin after at least 80% of his juvenile oysters were wiped out by the ostreid herpes virus, which kills the shellfish when the water temperature rises above 16 degrees.

Unfortunately for Cunningham and fellow oysterman Harold Henning, who fears a total loss of his young oysters, Stormont has no compensation scheme in place for lost stocks in Northern Ireland.

The Belfast Telegraph has more on the story HERE.

Published in Fishing

#MarineWildlife - The Guardian reports that fishing is expected to be banned near Rockall after the recent discovery of a rare ocean floor gas vent and new species of shellfish.

The 'cold seep' methane vent found by Scotland-based marine scientists last year is only the third of its kind to be found in this region of the Atlantic Ocean - and apparently has a 'chemosynthetic' relationship with two species of deep-water clam, and the polychaete worms they contain, that are new to science.

Also found was a frilled shark, described as a 'living fossil' for existing as a species for at least 90 million years. Such sharks are seldom seen north of the tropics.

In the wake of these findings, the International Convention on the Exploration of the Seas has recommended a ban on fishing activity at the site and its surrounds.

Rockall - which adventurer Nick Hancock is attempting to occupy for a world record attempt - is a tiny rocky islet north-east of Donegal, almost halfway between Ireland and Iceland in the North Atlantic. It has long been the subject of territorial dispute, with Ireland, the UK, Iceland and Denmark all staking a claim.

The Guardian has much more on the story HERE.

Published in Marine Wildlife

The 10th Shellfish Safety Workshop at the Marine Institute was attended by 140 participants including shellfish producers, processors, scientists and industry regulators to hear the latest advances in shellfish safety, including the discovery of an organism that causes harmful AZP toxins in shellfish as well as the use of satellite imagery and models to provide early warnings to fish farmers on harmful algal blooms and shellfish toxicity.

The workshop hosted by the Marine Institute, the Food Safety Authority of Ireland and the Sea Fisheries Protection Authority provided an opportunity to exchange information on the latest progress and research into the cause and control of shellfish toxicity and microbiological contamination of various shellfish products harvested and farmed around our coast.

Mr Richie Flynn of the Irish Shellfish Association said the huge effort and advances that have been made in understanding the nature of these issues are fundamental to the development of the industry. He went on to say "these successful biotoxin and microbiological monitoring programmes that we spent many years developing are now carried out very efficiently, and with the full support of the industry, but we must continue to invest in the most advanced analytical technologies and take advantage of advances in new smart communications in order to provide the best available advice to industry."

Dr Peter Heffernan, CEO Marine Institute said "Ireland has among the highest standards in shellfish safety worldwide because of the strict monitoring and control programmes in place here. Our scientists have led the way in the move to chemical testing for biotoxins and the development of molecular testing methods for shellfish viruses in recent years and this is now the standard across Europe."

Among the research presented at the workshop was the discovery of the organism that causes Azaspiracid, a group of naturally occurring marine toxins that can contaminate mussels. The shellfish industry was affected by this particularly in 2005 and 2012 with significant closures of shellfish production areas. The ASTOX project, which is nearing completion, was presented by Jane Kilcoyne, Conor Duffy and Rafael Salas, who gave updated information on the toxicology of the Azaspiracid group of toxins, the discovery of the causative organism responsible for Azaspiracid shellfish poisoning and how this toxin behaves in the human digestive system and studies on how it affects various tissues.

A new EU project using advanced satellite imagery, mathematical modelling and real time monitoring to provide short term predictions was demonstrated by Caroline Cusack, showing how this multidisciplinary approach may provide useful information on biotoxin outbreaks for shellfish producers.

Trends in shellfish toxins and toxic phytoplankton over the last four years were presented by Dave Clarke and Tara Chamberlain who both identified the extended occurrence of Azaspiracid in shellfish and red tides of the fish killing micro-algae "Karenia mikimotoi" of 2012 as being some of the worst we have seen.

Other research presented included a talk on shellfish hatchery technology by Iarfhlaith Connellan from Cartron Point Shellfish hatchery on Galway Bay on the production of triploid oysters to meet the demands of the Irish industry for oyster seed. Teresa Morrissey, Marine Institute presented the findings of a study to assess the presence and impact of oyster disease which caused oyster mortalities in several areas in recent years.

Bill Dore, John Flannery and Paulina Rajko-Nenow from the Marine Institute discussed the monitoring and detection of high levels of Norovirus contamination which is likely to be legislated for in shellfish in the future.

Dr. Georgina McDermott and Karen Creed from the EPA described measures introduced to reduce pressures and risks on the quality of shellfish, such as designated shellfish growing areas and pollution reduction programmes, and presented results showing certain areas are already improving in terms of eutrophication.

Conference organiser, Joe Silke from the Marine Institute, welcomed the strong attendance at the workshop. "Interest in these monitoring programmes and research activities from members of the industry is vital to ensure that the scientists and regulators are aware of relevant current and emerging issues". He said that the efforts made in controlling outbreaks, and research into understanding and forecasting them can only be successful in a clean and unpolluted environment, and recognised the huge efforts being made by the EPA in reducing and monitoring pollution. He thanked the other agencies including SFPA, FSAI and BIM in working together with the Marine Institute and the Irish Shellfish Association as a superb example of inter agency cooperation to deliver a set of programmes that are effective and efficient in reducing any risks associated with placing shellfish on the market.

 

Published in Fishing
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Aquaculture Information

Aquaculture is the farming of animals in the water and has been practised for centuries, with the monks farming fish in the middle ages. More recently the technology has progressed and the aquaculture sector is now producing in the region of 50 thousand tonnes annually and provides a valuable food product as well as much needed employment in many rural areas of Ireland.

A typical fish farm involves keeping fish in pens in the water column, caring for them and supplying them with food so they grow to market size. Or for shellfish, containing them in a specialised unit and allowing them to feed on natural plants and materials in the water column until they reach harvestable size. While farming fish has a lower carbon and water footprint to those of land animals, and a very efficient food fed to weight gain ratio compared to beef, pork or chicken, farming does require protein food sources and produces organic waste which is released into the surrounding waters. Finding sustainable food sources, and reducing the environmental impacts are key challenges facing the sector as it continues to grow.

Salmon is the most popular fish bought by Irish families. In Ireland, most of our salmon is farmed, and along with mussels and oysters, are the main farmed species in the country.

Aquaculture in Ireland

  • Fish and shellfish are farmed in 14 Irish coastal counties.
  • Irish SMEs and families grow salmon, oysters, mussels and other seafood
  • The sector is worth €150m at the farm gate – 80% in export earnings.
  • The industry sustains 1,833 direct jobs in remote rural areas – 80% in the west of Ireland
  • Every full-time job in aquaculture creates 2.27 other jobs locally (Teagasc 2015)
  • Ireland’s marine farms occupy 0.0004% of Ireland’s 17,500Km2 inshore area.
  • 83% of people in coastal areas support the development of fish farming
  • Aquaculture is a strong, sustainable and popular strategic asset for development and job creation (Foodwise 2025, National Strategic Plan, Seafood
  • Operational Programme 2020, FAO, European Commission, European Investment Bank, Harvesting Our Ocean Wealth, Silicon Republic, CEDRA)
    Ireland has led the world in organically certified farmed fish for over 30 years
  • Fish farm workers include people who have spent over two decades in the business to school-leavers intent on becoming third-generation farmers on their family sites.

Irish Aquaculture FAQs

Aquaculture, also known as aquafarming, is the farming of aquatic organisms such as fish, crustaceans, molluscs and aquatic plants, and involves cultivating freshwater and saltwater populations under controlled conditions- in contrast to commercial fishing, which is the harvesting of wild fish. Mariculture refers to aquaculture practiced in marine environments and in underwater habitats. Particular kinds of aquaculture include fish farming, shrimp farming, oyster farming, mariculture, algaculture (such as seaweed farming), and the cultivation of ornamental fish. Particular methods include aquaponics and integrated multi-trophic aquaculture, both of which integrate fish farming and plant farming.

About 580 aquatic species are currently farmed all over the world, according to the UN Food and Agriculture Organisation (FAO), which says it is "practised by both some of the poorest farmers in developing countries and by multinational companies".

Increasing global demand for protein through seafood is driving increasing demand for aquaculture, particularly given the pressures on certain commercially caught wild stocks of fish. The FAO says that "eating fish is part of the cultural tradition of many people and in terms of health benefits, it has an excellent nutritional profile, and "is a good source of protein, fatty acids, vitamins, minerals and essential micronutrients".

Aquaculture now accounts for 50 per cent of the world's fish consumed for food, and is the fastest-growing good sector.

China provides over 60 per cent of the world's farmed fish. In Europe, Norway and Scotland are leading producers of finfish, principally farmed salmon.

For farmed salmon, the feed conversion ratio, which is the measurement of how much feed it takes to produce the protein, is 1.1, as in one pound of feed producing one pound of protein, compared to rates of between 2.2 and 10 for beef, pork and chicken. However, scientists have also pointed out that certain farmed fish and shrimp requiring higher levels of protein and calories in feed compared to chickens, pigs, and cattle.

Tilapia farming which originated in the Middle East and Africa has now become the most profitable business in most countries. Tilapia has become the second most popular seafood after crab, due to which its farming is flourishing. It has entered the list of best selling species like shrimp and salmon.

There are 278 aquaculture production units in Ireland, according to Bord Iascaigh Mhara (BIM) *, producing 38,000 tonnes of finfish and shellfish in 2019 and with a total value of €172 million

There are currently almost 2,000 people directly employed in Irish aquaculture in the Republic, according to BIM.

BIM figures for 2019 recorded farmed salmon at almost 12,000 tonnes, valued at €110 million; rock oysters reached 10,300 tonnes at a value of €44 million; rope mussels at 10,600 tonnes were valued at €7 million; seabed cultured mussels at 4,600 tonnes were valued at €7 million; "other" finfish reached 600 tonnes, valued at €2 million and "other" shellfish reached 300 tonnes, valued at €2 million

Irish aquaculture products are exported to Europe, US and Asia, with salmon exported to France, Germany, Belgium and the US. Oysters are exported to France, with developing sales to markets in Hong Kong and China. France is Ireland's largest export for mussels, while there have been increased sales in the domestic and British markets.

The value of the Irish farmed finfish sector fell by five per cent in volume and seven per cent in value in 2019, mainly due to a fall on salmon production, but this was partially offset by a seven per cent increased in farmed shellfish to a value of 60 million euro. Delays in issuing State licenses have hampered further growth of the sector, according to industry representatives.

Fish and shellfish farmers must be licensed, and must comply with regulations and inspections conducted by the Sea Fisheries Protection Authority and the Marine Institute. Food labelling is a function of the Food Safety Authority of Ireland. There is a long backlog of license approvals in the finfish sector, while the Department of Agriculture, Food and Marine says it is working to reduce the backlog in the shellfish sector.

The department says it is working through the backlog, but notes that an application for a marine finfish aquaculture licence must be accompanied by either an Environmental Impact Statement (EIS) or an Environmental Impact Assessment Report (EIAR). As of October 2020, over two-thirds of applications on hand had an EIS outstanding, it said.

The EU requires member states to have marine spatial plans by 2021, and Ireland has assigned responsibility to the Department of Housing, Planning and Local Government for the National Marine Planning Framework (NMPF). Legislation has been drawn up to underpin this, and to provide a "one stop shop" for marine planning, ranging from fish farms to offshore energy – as in Marine Planning and Development Management Bill. However, the Department of Agriculture, Food and Marine confirmed last year that it intends to retain responsibility for aquaculture and sea-fisheries related development – meaning fish and shellfish farmers won't be able to avail of the "one stop shop" for marine planning.

Fish and shellfish health is a challenge, with naturally occurring blooms, jellyfish and the risk of disease. There are also issues with a perception that the sector causes environmental problems.

The industry has been on a steep learning curve, particularly in finfish farming, since it was hailed as a new future for Irish coastal communities from the 1970s – with the State's Electricity Supply Board being an early pioneer, and tobacco company Carrolls also becoming involved for a time. Nutrient build up, which occurs when there is a high density of fish in one area, waste production and its impact on depleting oxygen in water, creating algal blooms and "dead zones", and farmers' use of antibiotics to prevent disease have all been concerns, and anglers have also been worried about the impact of escaped farmed salmon on wild fish populations. Sea lice from salmon farmers were also blamed for declines in sea trout and wild salmon in Irish estuaries and rivers.

BIM says over 95% of all salmon farmed in Ireland are certified organic. Organically grown salmon are only fed a diet of sustainable organic feed. They are also raised in more spacious pens than traditional farmed salmon. The need to site locations for fish farms further out to sea, using more robust cages for weather, has been recognised by regulatory agencies. There is a move towards land-based aquaculture in Norway to reduce impact on local ecosystems. The industry says that antibiotic use is declining, and it says that "safe and effective vaccinations have since been developed for farmed fish and are now widely used". Many countries are now adopting a more sustainable approach to removing sea lice from salmon, using feeder fish such as wrasse and lumpsucker fish. Ireland's first lumpsucker hatchery was opened in 2015.

BIM says over 95% of all salmon farmed in Ireland are certified organic. Organically grown salmon are only fed a diet of sustainable organic feed. They are also raised in more spacious pens than traditional farmed salmon. The need to site locations for fish farms further out to sea, using more robust cages for weather, has been recognised by regulatory agencies. There is a move towards land-based aquaculture in Norway to reduce impact on local ecosystems. The industry says that antibiotic use is declining, and it says that "safe and effective vaccinations have since been developed for farmed fish and are now widely used". Many countries are now adopting a more sustainable approach to removing sea lice from salmon, using feeder fish such as wrasse and lumpsucker fish. Ireland's first lumpsucker hatchery was opened in 2015.

Yes, as it is considered to have better potential for controlling environmental impacts, but it is expensive. As of October 2020, the department was handling over 20 land-based aquaculture applications.

The Irish Farmers' Association has represented fish and shellfish farmers for many years, with its chief executive Richie Flynn, who died in 2018, tirelessly championing the sector. His successor, Teresa Morrissey, is an equally forceful advocate, having worked previously in the Marine Institute in providing regulatory advice on fish health matters, scientific research on emerging aquatic diseases and management of the National Reference Laboratory for crustacean diseases.

BIM provides training in the national vocational certificate in aquaculture at its National Fisheries College, Castletownbere, Co Cork. It also trains divers to work in the industry. The Institute of Technology Carlow has also developed a higher diploma in aqua business at its campus in Wexford, in collaboration with BIM and IFA Aquaculture, the representative association for fish and shellfish farming.

© Afloat 2020

At A Glance - Irish Aquaculture

  • Fish and shellfish are farmed in 14 Irish coastal counties
  • Salmon is the most popular fish bought by Irish families. 
  • In Ireland, most of our salmon is farmed, and along with mussels and oysters, are the main farmed species in the country.
  • The industry sustains 1,833 direct jobs in remote rural areas – 80% in the west of Ireland
  • Every full-time job in aquaculture creates 2.27 other jobs locally (Teagasc 2015)
  • Ireland’s marine farms occupy 0.0004% of Ireland’s 17,500Km2 inshore area.
  • 83% of people in coastal areas support the development of fish farming

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