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Scallops, Starfish and Heavy Metal

Mon, 2019-06-24 10:00
MRV Alba na Mara

Survey: 1019A Programme

Duration: 15 June – 04 July 2019

Fishing Gear: Scallop dredges

Objectives:Survey station locations for scallop dredge survey 1019A
  1. Carry out a survey of scallop stocks on the East Coast.
  2. Age, measure and assess shell damage on all scallops caught.
  3. Collect information on by-catch of other commercial fish and shellfish species.
  4. Identify and quantify numbers of starfish species in all dredge tows.
  5. Collect frozen whole scallops for heavy metal testing as part of the OSPAR assessment of hazardous substances in the marine environment..
  6. Carry out camera trials if conditions and time allow.
  7. Record and retain marine litter obtained during the dredging process (monitoring for Marine Strategy Framework Directive (MSFD)) Procedure.

Scallop dredge hauls will be made at sites used on previous surveys as shown in Figure 1. Hauls will be of 30 minutes duration. From each haul all of the scallops will be measured to the half centimeter below and aged. In addition, numbers and size distribution of commercial fish and shellfish species will be recorded along with scallop shell damage and starfish numbers and species. Scallops (10 individuals per station) will also be collected from selected sites and frozen for heavy metal analysis back at the laboratory. Any litter collected in the dredges will be recorded as set out in the Standard Operating Procedures (SOP) and placed in bags to be disposed of on return to port. Camera trials will be carried out if conditions and time allow – with the aim being to collect footage of the fishing gear while in operation.

Further Information:

 

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BOWLing for Prey Species

Thu, 2019-06-20 08:30
MRV Alba na Mara

Survey: 0919A Programme

Duration: 8-12 June 2019

Equipment:
  • Pelagic net PT 154;
  • “Bongo” net plankton sampling equipment;
  • Seabird SBE19 CTD;
  • Water sampling mini-rosette;
  • Sandeel dredge;
  • Day grab and grab table; and
  • EK 60 sounder.
Location Names:
  • Beatrice Offshore Wind farm Limited  (BOWL);
  • Moray East Offshore Wind farm (MEOW); and
  • Moray West Offshore Wind farm (MWOW).
Objectives: Primary Objectives:
  1. Study the distribution of prey species (fish schools, zooplankton patches) across the Smith Bank in relation to data available from BOWL post-construction digital aerial surveys and University of Aberdeen Passive Acoustic Monitoring (PAM) surveys of top predators.
  2. Compare the distribution of schooling sandeels in summer with data on their presence in the sediment from the BOWL/MEOW winter sandeel monitoring
Secondary Objectives:
  1. Collect hydrographic data to further validate the Scottish Shelf Model (SSM) and incorporate its outputs into assessment of drivers of predator distribution.
Primary Objective:

Alba na Mara will conduct acoustic surveys using the EK60 sounder along key transects that are concurrently being surveyed using HiDef digital aerial surveys and PAM deployments.  The time period of this survey covers a similar period as the BOWL post-construction digital aerial surveys (May to July 2019), when sandeels are in the water column during daylight to feed.  Acoustic surveys will be made within five pre-selected aerial survey transects (see Figure 2) passing between wind farm turbine rows.

Acoustic data will be collected for all available frequencies.  Concurrent visual surveys collect data at different levels of the trophic web using a multi-disciplinary approach.

Line-transect surveys will be conducted at an average speed of 8 knots. Two replicates of the line transects will be carried out within each 500m wide aerial survey transect (Figure 2).

Pelagic sampling for sandeels using the PT 154 net will be conducted early on in the day to capture the change of light.  A sandeel dredge will be deployed as a back-up should the pelagic net not catch any samples. Due to the light periods relevant to sandeel capture this survey will operate a working timetable of 06:00 to 18:00.

Shooting positions will be chosen along the survey transects but not necessarily in the same orientation as these.  The shooting and hauling position of the trawls will be recorded. The trawl duration will be of 30 minutes.

Plankton sampling will be done using the “bongo” net dual sampler using nets of 200 and 68µm mesh size. Collected samples will be preserved in a number of ways: 70% alcohol, 4% formaldehyde and vital stain neutral red. Positions for these have been planned as stratified random positions along the transect lines, Figure 3 shows these positions.

Survey Activities During Turbine Piling Activities

The Alba na Mara will survey around any turbine piling activities should these start at the MEOW site. Alba na Mara will collect biological samples at a predetermined safety distance from the piling activities. Daily contact with the MEOW operation team will ensure that the Alba can sample soon after piling events are completed.

Secondary Objective:

1)    A grid of hydrographic sampling stations will be sampled during the survey to collect data for the SSM. At each station a CTD together with a water sampler will be deployed. The plankton sampling net will also be deployed at these locations. See Figure 3.

CTD profiles will be collected throughout each transect at stratified random positions to provide information on the local sound speed varying with depths, temperature and salinity. Water sampling will be performed at the same time using the mini-rosette in conjunction with the CTD.

Should the CTD not work in conjunction with the mini-rosette reversible bottles will be used for collecting water samples.

Figure 1: Survey Location and Wind Farm Development Sites

Survey location and wind farm development sites

The locations of waypoints for start/end of transects, hydrographic sampling points and map of general area to be studies can be seen in Figure 2 and 3 and the geographic positions of these in tables 1 and 2.

Figure 2: Proposed Transects for Fisheries Acoustic Surveys

Proposed transects for fisheries acoustic surveys

Table 1: Proposed Way Points for Fisheries Acoustic Survey Transects

Proposed way points for fisheries acoustic survey transects

Figure 3: Hydrographic and Plankton Sampling Positions

Hydrographic and plankton sampling positions

 

Table 2: Hydrographic and Plankton Sampling Positions

Hydrographic and plankton sampling positions

 

 

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Vacancy: Mechanical Engineer, Aberdeen, Closing Date: 25 June 2019

Wed, 2019-06-19 09:00

We are currently seeking applications for a Mechanical Engineer within Marine Scotland Science based in Aberdeen. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

This post is in the Engineering Group and provides a highly specialised and unique service within Marine Scotland Science, offering direct support to many of the science programmes. The Mechanical Engineer will contribute to the design, manufacture, operation and maintenance of  bespoke underwater equipment to enable the delivery of MSS survey objectives. The post provides support to maximise the survey capability of MSS vessels and science programmes whose activities underpin critical areas of advice in support of SG marine policy including:

  • Long term oceanographic monitoring for coastal offshore;
  • Cable installation surveys of offshore renewables;
  • Monitoring of designated conservation sites;
  • Fishery surveys;
  • Sea disposal site surveys;
  • Commercial fishing interactions with oil and gas pipeline surveys.

The post operates within experienced multidisciplinary teams of engineers and scientists, including other Scottish Government agencies e.g. SNH and JNCC. Technical support is provided by the post for the operation and maintenance of equipment during offshore surveys, contributing to 190 days sea time allocated to the Engineering Group for 2019/20.

Qualifications Required:

You must hold a Mechanical Engineering Qualification.

Other qualifications equivalent to these may also be acceptable, if you are in any doubt please contact to discuss.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be automatically sifted out.

Essential Criteria:
  1. Practical mechanical engineering experience.
  2. Research vessel seagoing experience.
  3. Experience in following scientific procedures at sea or in a laboratory.
  4. Mooring assembly, deployment and recovery experience.
Further Information:

For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below. To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Peter Hayes who can be reached at Peter.Hayes@gov.scot or 01312442904.

If you experience any difficulties accessing our website or completing the online application form, please contact the resourcing team via recruitment@gov.scot.

Further Information:

The post Vacancy: Mechanical Engineer, Aberdeen, Closing Date: 25 June 2019 appeared first on Marine Scotland.

All Eyes on New Worm Species

Tue, 2019-06-18 10:00

There’s a worm at the bottom of the sea – and it’s been discovered off the Scottish coast by a team of scientists from the Joint Nature Conservation Committee (JNCC), Marine Scotland Science (MSS) and Thomson Environmental Consultants.  But this isn’t an ordinary worm – the newcomer has a unique anatomy with its eyes in its head and in its bottom.

This new species, now given the scientific name Ampharete oculicirrata, was collected by scientists from JNCC and MSS whilst surveying the West Shetland Shelf Marine Protected Area (MPA). The West Shetland Shelf MPA has been designated to protect a wide variety of important sand and gravel habitats and is equivalent in size to the Cairngorm National Park. The survey was the first to explore the animals within and on the seabed in this area and marks the beginning of a programme of long-term monitoring. As part of this undertaking, sandy areas of previously unexplored seabed were targeted for detailed examination by the scientists on board the research vessel MRV Scotia.  During the identification process back onshore it became apparent that a completely unknown species of worm was present.

New Worm Species©National Museums Scotland_B

©National Museums Scotland

The worm was identified by a team led by Ruth Barnich of Thomson Environmental Consultants, Julio Parapar from the University of La Coruña and Juan Moreira from the Autonomous University of Madrid. Now it’s been officially identified, our wiggly friend has found a new home in the collections of National Museums Scotland in Edinburgh.

Tim McDonnell, Head of Marine Scotland Science commented:

“I am delighted that partnership working between MSS, JNCC and Thomson Environmental using Scotland’s principal scientific research vessel has led to this exciting discovery. Our sampling and analysis work takes a great amount of time and expertise but undoubtedly adds to our knowledge and understanding of the Scottish marine environment.”

Jessica Taylor, Marine Evidence Advisor from JNCC, said:

“This new species is an exciting and interesting addition to the work we do in Marine Protected Areas. The fact that it was found in relatively shallow depths, relatively close to the Scottish coastline, shows just how much more there is to understand about the creatures that live in our waters.

I’m excited about future JNCC and MSS surveys and what they may reveal.  And it’s great that specimens of the new species have been acquired by National Museums Scotland and are available for future studies.”

Ruth Barnich,  Principal Scientist in the marine team at Thomson, said:

“It’s always fascinating to work on offshore samples. In those collected by JNCC and MSS at 100 – 600 metres depth, we saw many rare and unusual species which are typical of deeper waters, such as brittle stars and various polychaetes and shrimps.”

A scientific paper detailing the find in full has just been published in the June edition of the European Journal of Taxonomy.

Further Information:

  • More images of the worm can be found here.
  • Further details of the offshore seabed survey of West Shetland Shelf MPA where the species was found.
  • Marine Scotland Science (MSS) topic sheet
  • 57 samples were collected by 0.1 m2 Hamon grab on the survey. Sediment subsamples were analysed from all of the samples collected and 43 of the samples were analysed to determine what animals were present.
  • JNCC, MSS and National Museums Scotland plan to revisit West Shetland Shelf MPA in August 2019 to conduct further sampling to form a monitoring timeseries which will be used to inform assessment of the condition of the protected features of the site for comparison against future data to monitor the rate and direction of any changes.

 

 

 

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Coastal Temperature Data Published on World Oceans Day

Sat, 2019-06-08 10:00

As part of the Scottish Coastal Observatory, Marine Scotland and a group of dedicated volunteers record coastal water temperatures around Scotland. Today, on World Oceans Day, the coastal water temperature data from 14 monitoring locations are being published.

The volunteer-based observing network works by the volunteers receiving a small self-recording temperature sensor every three months by post. The volunteers then replace the temperature logger already in place with the new sensor. The previous temperature sensor is then posted back, and once the sensor has made it back to the Marine Laboratory, the data are downloaded and checked for quality.

This temperature sensor network contributes to Marine Scotland’s work on monitoring sea temperature in Scottish waters. The data are analysed and included in a range of assessments of the ocean’s status, such as the Scottish Ocean Climate Status Report, Scotland’s Marine Atlas, and the Marine Strategy Framework Directive.
While most of the sites were started relatively recently, they do provide valuable information on regional variations of the century scale warming due to global climate change. It is vital that we continue to measure the temperatures in our coastal waters to further understand how global climate change will affect Scotland.

If you are interested in being a coastal monitoring volunteer please get in touch! 

Further Information:

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Ah, the humble chip!

Fri, 2019-06-07 09:00

It’s National Fish and Chip day! Whilst we deal with the fish side of it, we decided to ask one of our potato-boffin colleagues in Science and Advice for Scottish Agriculture, Dr Alex Reid, to give us his opinion on the best potato to make chips and the optimum way to make them. Question is, do you prefer yours with salt and vinegar or salt and sauce…?

*************

Comet 67P/Churyumov-Gerasimenko. Image: ESA/Rosetta

Comet 67P/Churyumov-Gerasimenko. Image: ESA/Rosetta

Chips and comets have a lot in common.

On the face of it that just sounds ridiculous but there is some truth in that statement. Both are made from a material with a high water content that plunges into a hot environment. When a comet gets closer to the sun the ice inside starts to boil and escapes from the surface in jets The image below (taken by the ESA Rosetta probe) shows comet 67P venting gas into space as it approaches our sun. This venting of gas gives comets their tails. This is a relatively slow process which can take several months as the comet approaches the sun. Similarly, but a lot faster, when a chip is plunged into hot oil the water on the surface immediately boils sending out jets of hot gas. You can see this process in action because the oil bubbles when the potatoes are dropped in.

The outside of the chip is dried by this process forming a hardened crust trapping any water that didn’t escape inside. The temperature inside the crust rises rapidly and cooks the potato inside and voila, you have a chip. OK, so there is slightly more to it than that, you need to get the temperature of the oil right, too cool and the crust doesn’t form and the water vapour continues to escape from the interior and can be replaced by oil resulting in the dreaded soggy chip.

You also need the right type of oil.

Saturated fats are best because they are chemically more stable.  Like the tyres on a Formula 1 car, there is a sweet spot for the oil where it operates optimally; fresh oil is no good as the molecules of fat and water repel each other and the potato does not cook properly. The fat molecules need to degrade a little for optimum results. Older oil that has gone past its peak results a dried out chip as too much water escapes from the inside. So the crust formation is the crucial process in making the perfect chip. The crust is formed after the initial water is boiled away and starches released from the potato react with the heat and remaining moisture to form a gel which coats the outer surface and then caramelizes to form that fantastic slightly brown crunchy coating.

Therefore, we need a potato with a high starch content to make the perfect chip.

When I joined SASA in 2002 it came as a bit of a shock to me just how many different potato varieties there are. I was familiar with a few of the common ones you see in the supermarkets; King Edward, Maris Piper and Jersey Royal (incidentally not a variety, it is a protected name given to early potatoes grown on Jersey, the variety is actually International Kidney). I also knew that all potatoes did not cook the same as I can remember my Granny complaining about how some tatties ‘gang throwe the brie’ or fall apart when boiled for those of you not familiar with Doric.

Dr Alex ReidI now know that there are thousands of different potato varieties (we grow around 1300 each year at SASA) and that, in a very broad generalisation potatoes are either waxy or floury (in actual fact there is a gradation of potatoes that go from waxy to floury). Waxy potatoes have high water content and hold their shape well when boiled and are good for, well, boiling but are also good for stews, soups and potato salads. Floury potatoes have a higher starch content making them great for baking, mashing, roasting and making chips, as the lighter, fluffier flesh allow oil or butter to be absorbed more readily. There are a number of ‘all-rounder’ varieties that fall in the middle of the waxy/floury gradation which can be used for anything. So which varieties should you use for making chips? In the UK Maris Piper is the most popular variety for chipping, and not surprisingly, the area of Maris Piper grown in the UK in 2018 (15,000 hectares) was three times more than the next most popular varieties Markies (also a good chipper) and Maris Peer (a waxy salad type).

At SASA we have developed a DNA fingerprinting method for potato variety identification (a kind of CSI or Clever Spud Identification for tatties) and we are sent hundreds of frozen chip samples every year for variety checking by processing companies and the vast majority of these are Maris Piper. Other good varieties for chips include King Edward, Rooster and Russet Burbank (popular with a certain burger restaurant).

So the next time you have chips on your way home remember, they’re not that different from comets. Now there’s something to amaze your mates with.

Dr Alex Reid

Head of Genotyping a.k.a Dr Potato Head.

But that’s not the end of it.

For those of you interested in the fish side, our Chief Scientific Advisor Marine, Professor Colin Moffat, has the following advice:

The chip is, of course, one part of a very special partnership.

The fish is a white fish, haddock being the dominant species consumed in  the North-East of Scotland, but we should not forget about cod and, increasingly, hake and saithe.  That said, when we go to buy a fish supper most of us will probably be thinking about a haddock supper, but why not try a hake supper or a saithe supper if they are offered at your local fish and chip shop?

There is no doubt that the fish community of the North Sea is changing and that there are a number of reasons why this is, with the changes in our climate likely to be playing its part.  What is does mean, however, is that we do have to broaden the range of fish that we consume with our chips.  White fish is a high protein, low fat food and should be an integral part of our diet, together with the oily fish such as mackerel.  Sitting on the seafront with a fish supper is a real treat.  As you look out to sea, that is where half your meal has come from, a critical ecosystem on our planet that provides us with half the oxygen we breath as well as the much loved fish of that very special partnership.

Further Information

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Nephrops Burrowing Complexes

Thu, 2019-06-06 10:00

MRV Scotia Programme
Survey 0819S

Duration: 2-24 June 2019

 

Gear:

  • 2 x Scotia BT175 60mm prawn trawls
  • 2 x Day grabs and 1 x sieving table
  • 2 x towed UWTV sledges
  • 3 x 600m umbilical towing cables and associated TV equipment (including back up)
  • COMPASS work: VEMCO deck box, transponder and charging unit for acoustic release,
  • 100kg clump weight, two sensors, mooring line, shackles (one for each of six mooring sites).

 

Objectives:

  1. To obtain estimates of abundance and distribution of Nephrops burrow complexes at Fladen, in the North Minch, the South Minch, the Firth of Clyde, in the Sound of Jura and at Devil’s Hole. If time and weather permits, stations at the Noup may also be surveyed.
  2. To use the TV footage to record the occurrence of other benthic fauna as well as evidence of commercial trawl activity.
  3. To collect sediment samples at each station.
  4. To carry out trawling for Nephrops in order to obtain samples of Nephrops for size composition analysis.
  5. To collect samples of Nephrops from the trawls for comparison of reproductive condition and morphometrics in each of the different survey areas (Functional Units).
  6. To record and retain marine litter obtained from trawling as part of the MSFD.
  7. To recover COMPASS moorings at six sites on the west coast, and to deploy replacement devices at each site.

 

Procedures:

TV objectives  – The main areas in which the underwater television (UWTV) survey will take place (see Figure 1 below) have been surveyed on regular basis for a number of years, and the data used in annual fisheries management advice.  A combination of two approaches will be used to derive the survey positions: a stratified random approach and fixed stations.  The majority of stations will be generated by employing the traditional stratified random technique based on sediment distribution in all areas except the North Minch, where stations will be randomly generated within the boundaries of commercial Nephrops fishing effort, obtained from Vessel Monitoring System (VMS) data.  Alternatively, at the Devils Hole, as well as within some of the other survey areas, deployments will be carried out at a number of fixed sites.  The location of all TV stations will be provided ahead of the survey.

 

Weather permitting, en route to the Fladen ground approximately 450 m of the TV cable will be paid, out with a large buoy attached to the end of the cable which will be lowered into the water.  This will add back tension to the cable on recovery, creating tighter turns on the winch and reduce the potential for damaging the cable.  The sledge will then be attached to the umbilical to allow a training session to be carried out, where the sledge will be shot, and then approximately 100 m of cable paid out and finally, recovered.  During this procedure a calibration grid will be attached to the skids on the sledge.  This will be undertaken in the vicinity of the first TV station.  Once this procedure is completed to the satisfaction of all involved, the grid will be removed and the vessel will then begin surveying Nephrops burrow TV stations as scheduled.  Once the work at Fladen has been completed, the vessel will then steam west and survey the Noup before continuing on to the stations in the North and South Minches.

 

It is anticipated that the vessel will work south along the western side of the Minches and then on towards the Clyde, surveying TV sites and carrying out trawls as required.  The timing of the half landing will depend on how well the work has progressed and berth availability at Campbeltown, but it is anticipated that the Clyde will be surveyed before the half landing; although this can be reviewed nearer the time and adjustments made accordingly.

 

If the Clyde leg of the survey has already been completed prior to the half landing, the survey will resume in the Sound of Jura, followed by the remaining South and North Minch stations whilst working north.  If the Noup was not surveyed in the first leg of the survey for whatever reason, if time and weather permits, a small number of stations at the Noup may be attempted before returning to Fladen to complete any additional stations (if required), or those not covered on the first half.  The survey will conclude once the stations and any trawling at the Devils Hole have been completed, before returning to Aberdeen prior to unloading on 24 June.

 

Throughout the survey, sledge deployments and TV observations will be carried out 24 hours a day, weather permitting.  Whilst on the West coast, there maybe some occasions during the hours of darkness and in areas of high creel densities where TV operations are suspended for a short time to avoid any potential gear conflict.  Alternatively TV operations maybe suspended whilst the vessel surveys the planned route ahead for creels during the hours of daylight, and, therefore, allowing TV operations to continue throughout the hours of darkness.  There will be two teams with two staff, and one team of three staff, each working an eight hour shift and all will be involved in deploying and recovering the TV equipment, recording data and liaising with the ship’s compliment.  There will be a requirement for staff to work outwith their shift period, which will include tasks such as reviewing video footage, assisting in working up trawl catches and data entry.  These additional tasks will not involve working on the deck.  All work will be carried out in accordance with WTR regulations.  The names of staff on each shift, watch leaders and the shift patterns will be provided to the ship prior to sailing.

 

At each TV station a video camera mounted on to the sledge will be towed along the seabed for approximately 10 minutes at approximately 0.7 knot and in to the tide – the ship’s dynamic positioning will be required for this.  Nephrops burrows observed, individual Nephrops and other benthic fauna will be recorded onto DVD for later analysis.  The depth and distance travelled by the sledge, as well as camera height from the seabed will be recorded automatically.  Where practical, sediment samples will be taken using the mini van Veen grab mounted on the sledge.  However, if the mini van Veen fails it may be necessary to use the Day Grab.  All sediment samples will be frozen.

 

Trawl caught samples of Nephrops will be collected and information on size composition, maturity and morphometrics will be recorded.  Up to five trawls may be made in Fladen with a maximum of three tows in each of the other survey areas.  Where possible trawls will be carried out on different sediment types in each area, as defined by British Geological Survey data.  Trawls will be no longer than one hour and carried out at either dawn or dusk.  Any litter collected in the trawl will be recorded as set out in the SOP and placed in bags to be disposed of on return to port.  There will be a requirement for the trawl to be cleaned by ‘streaming’ it behind the vessel for 15 minutes between the main fishing areas, as well as a final, more prolonged clean at the end of the survey.

 

COMPASS Objective – In addition to the regular UWTV work, six moorings located on the West coast between Tolsta Head and Stanton Banks are required to be recovered and replacement devices redeployed at the same site (see Table 1 below).  This operation replicates the work carried out on the Scotia Nephrops TV survey 0818S in 2018.  The devices will be retrieved by acoustically releasing a buoy which will rise to the surface.  The buoy will be attached to a length of Dyneema which in turn will be secured to the scientific equipment.  Using a grappling hook to gather up the buoy, the Dyneema will be passed through the CTD winch which in turn will haul the equipment to the surface and eventually on to the hangar deck.  Before moving off station, a replacement mooring will have been prepared and ready to launch from the hangar deck when instructed by the Bridge.  No additional crew to that required for normal UWTV operations will be required.  To ensure this work is as safe and efficient as possible, this work will only be carried out during daylight hours and undertaken when moorings are close to scheduled TV stations.  Full risk assessments will be made available prior to sailing.

 

Figure 1: Areas to be surveyed during the Nephrops burrow abundance
underwater TV (UWTV) cruise 0819S

Table 1: Location of the six COMPASS moorings to be recovered and replacement devices to be redeployed at

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Vacancy: Assistant Marine Chemist, closing date: 25 June 2019

Fri, 2019-05-31 14:24

We are currently seeking applications for an Assistant Marine Chemist within Marine Scotland based in Aberdeen. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

The main role of this post is to undertake chemical and physical analyses of water, sediment and biota in support of Marine Scotland priority work areas such as environmental assessments for the Marine Strategy Framework Directive (MSFD) and OSPAR.

This involves collection, logging, preparation and analysis of environmental samples for water chemistry (chlorophyll, dissolved oxygen, marine carbonate chemistry) and physical analyses of sediment and biota (particle size, organic carbon and lipid determinations). All chemical analyses are accredited by the UK accreditation service and work practices are therefore to ISO 17025 standards.

The post also provides data to colleagues in the Planning and Environmental Advice Programme in support of their research on understanding the functioning of, and human impacts on, aquatic ecosystems. The post holder may be given the opportunity to participate in research cruises and environmental sampling.

Qualifications Required

For jobs in Band A, you must hold a minimum of 5 Standard Grades (grades 1 – 3) or Ordinary Grades (A-C) including English, a numerical subject and a science.

Other qualifications equivalent to these may also be acceptable, if you are in any doubt please contact to discuss.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be automatically sifted out.

Essential Criteria
  1. Basic laboratory skills, for example through studying a science
  2. Ability to work independently and as part of a team, planning and organising work to meet agreed deadlines
  3. An ability to follow written and verbal instructions and work accurately
  4. Knowledge and understanding of use of Word, Excel
Further Information

For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below. To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Pamela Walsham who can be reached at pamela.walsham@gov.scot or 0131 244 2500.

Further information for this job

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Smolts on the Sunbeam

Thu, 2019-05-23 11:54

Scientists from Marine Scotland Science (MSS) are currently undertaking a smolt survey aboard the Fraserburgh pelagic trawler Sunbeam (FR487). The survey runs from 10 – 19 May 2019. The main objective is to survey salmon and sea trout smolt migration routes at various points both inshore and offshore (approx. 45 nmiles) along the Scottish east coast. The route includes the Moray Firth, Firths of Forth and Tay. MSS are using a specially designed net which samples from sea surface down to approximately 10m below the surface.

The rear part of the net incorporates a metal frame containing video recording capabilities and checks for Passive Integrated Transponder (PIT) tags on fish, which are essentially barcodes that give reliable data, from shore tagged individual fish of various river origins, on specific animal movement. The net is operated with the codend either open or closed to retain fish for genetic assignment to regions and river of origin.

 

Further Information:

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Small Isles MPA’s

Tue, 2019-05-21 10:00

MRV Alba na Mara Programme
Survey 0819A

Duration: 18 May – 4 June 2019

 

Equipment:

  • Hybrid drop/lander frame + calibration mesh
  • HD TV system + lights (5 plastic cages)
  • Armoured cable + spare + axle stands & bar
  • Stereo TV system
  • Day grab + table + 2 × sieve drawers
  • EK60 calibration equipment

 

Background and Objectives:

0819A will survey the waters around the Small Isles Marine Protected Area (MPA).  The primary objective of this survey is to monitor sites previously visited in 2012-2018 that support Scotland’s Priority Marine Features (PMFs).  Work from these surveys will be used to determine the effect of MPAs established in Scottish waters.  A secondary objective is that the data will contribute to a potential impact (BACI) study once protective measures within the MPA are introduced.  Work will cease on the afternoon of 26 May to allow time to travel to Mallaig (TBC) for the purposes of a half landing. Scientific staff will change at this point. Specific objectives are as follows:

  1. To further survey known populations of PMF species within and outside the Small Isles MPA.
  2. Trial the stereo-imagery system developed by MSS.
  3. To sample sites around the Small Isles MPA for the purpose of eDNA analysis.
  4. To calibrate the EK60 echosounder system mounted on board Alba na Mara.

 

Embarkation: Scientists will join the vessel in Oban around 11:00 (BST) on 18 May.  Weather permitting, and after all vessel drills have been completed, Alba na Mara will depart Kyle of Lochalsh, heading for the Small Isles MPA.

 

Benthic survey: The survey will consist of a series of UW HDTV surveys of the seabed at various sites inside and outside the Small Isles MPA (Figure 1).  The survey will utilise the modular camera frame (hybrid drop and lander frame – 2460 × 1900 × 1940 mm, L × W × H) deployed from the aft of the vessel.  Species type, density and substrate type (assessed visually) will be classified for each video transect post-survey.

 

The stereo-video system will be attached to the lander frame and set to record in parallel with the PMF survey.  The bar will be moved around the frame to investigate the effect of changing the camera orientation with respect to the area under observation.

 

If time allows, grab samples will be taken at sites around the MPA.  Samples will be frozen on board and will be analysed at a later date for traces of environmental DNA (eDNA) from species classed as Priority Marine Features (e.g. Atrina fragilis).

 

Operations: Survey operations will take place between the hours of 06:00 and 18:00 (GMT) and the work schedule will be decided by the SIC in conjunction with the skipper.  Work will cease at an appropriate time to allow the vessel to steam to Kirkwall to collect the acoustic technician.  The following 12 hours will be spent in Scapa Flow calibrating the EK60 echosounder system, after which Alba na Mara will head for Fraserburgh. All staff will remain on board until the end of the survey.

Unloading will occur on 4 June, at which time scientists will disembark.

 

Normal contact will be maintained with the Laboratory.

 

Figure 1: 2019 survey areas: Small Isles MPA UWTV Survey Boxes

 

The post Small Isles MPA’s appeared first on Marine Scotland.

Monks, Megs and More…

Mon, 2019-05-20 10:24

The second leg of the Monkfish Survey (1219H) departed a sunny Scrabster on the MFV Genesis on Sunday 28th April. It was a 36 hour steam out to Rockall, which gave us plenty of time for some beauty sleep.  We then began fishing on Tuesday in some fine, calm conditions.

The aim of the survey was to sample the Rockall plateau for: monks, megrim, four-spotted megrim, and skates.  Plenty of all were caught, with some large “barn door” skates and monkfish making an appearance. We collected biological data from each species, which included: measuring the fish, sexing, and removing the otolith for later age determination.Different Species found on 1219H Genesis Survey

Some more unusual species were found during the sampling including: Sea Toads (Chaunacidae), Manefish (Caristiidae) and Bigeye (Epigonidae) – you can see a few pictured below.

Overall we completed 30 trawls (28 successful) during our six days fishing around Rockall. The Genesis’ crew were exceptionally helpful, even assisting with measuring and collecting the biological samples! Pilot Whales made a brief appearance on our second last day, but they had moved off swiftly before cameras were yielded. We finished up our sampling on Sunday and started our long 30+ hour steam back, landing into a sunny but cold Ullapool on Tuesday 7th May in time for coffee and a bacon roll.

Further Information

 

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Smolt Trawl Survey with the Sunbeam

Thu, 2019-05-16 10:30
MFV Sunbeam FR487

Survey: 1419H Programme

Duration: 10-19 May 2019

Scientific Gear:

  1. Smolt trawl, Thyboron type 15vf pelagic trawl doors (6m2), Dyneema sweep rig and Fenders (300mm diameter with 215kg buoyancy) attached four per side of the trawl.
  2. Video frame/box incorporating pit tag detector.
  3. Self-contained underwater camera systems.
  4. New Åkrehamn Trålbøteri fish-lift aquarium system incorporating grid box and aluminum live fish aquarium.
Objectives

To undertake a smolt trawl survey in the outer Moray Firth, and elsewhere off the Scottish east coast, including offshore from the Firths of Tay and Forth.

Procedure

All trawl gear, video-frame, fish-lift aquarium and scientific equipment will be transported to Fraserburgh and rigged aboard the MFV Sunbeam. The vessel will set sail and make passage to commence the smolt survey on the Scottish east coast or, if the weather is unfavourable, in the Moray Firth area.

Trawl Gear

The smolt trawl is designed to operate with its headline held at the surface and the footrope at approximately 12 m depth. The headline and top sweeps of the net are supported using 50 x 200 mm floats (headline), 2 x 1400 mm long fender floats at net quarters and 1 x Polyform A6 fender buoy + 2 x 1400 mm long fender floats per side (top sweep). The trawl doors are designed to fish just below the surface (max depth 50-60 m) and buoyant Dyneema rope used throughout the sweep rig. The video frame is attached to the trawl using netting with supporting bridles and made neutrally buoyant using a combination of 275 mm and 200 mm floats. (A rigging specification is given in Guidance Note 1.)

The fish-lift aquarium system will replace the video-frame system at the rear of the smolt trawl. It is a closed aluminum boat shaped aquarium and designed to produce the lowest possible turbulence inside and, therefore, allows the fish caught inside to swim unharmed and is an improved version of a fish-left aquarium designed by Holst and McDonald, 2000 (see Guidance note 2).

Trawling Plan

This survey will build on the successful 2017-2018 survey work in the Moray Firth and elsewhere off the Scottish east coast. The 2019 survey will further investigate the migration routes of salmon and sea trout smolts from Moray Firth rivers across the Moray Firth and carry out the second survey of smolts off the Firths of Tay and Forth (see main picture). There is also potential to investigate further offshore in informative locations. The net requires a minimum depth of about 40 m for operation and is deployed in an arc, or arcs, so that the ship wash misses the net.

Tows of two hours or less will be carried out with a cod end in place and smolts retained for genetic assignment to rivers and/or regions of origin. The by-catch will be recorded by species. The captured video and PIT tag recordings will be used to identify when fish were caught during the tows. It is also possible that the net will also be deployed open ended at times, instead of using a cod end, potentially for longer tows, but not providing samples for genetic assignment. A combination of tows with and without the cod end in place may allow survey work to be carried out for up to 16 hours a day.

If available, the fish-lift system will be deployed to retain smolts in better condition, and allow smolts, not required for sampling, to be returned alive to the sea after minimal contact.

Guidance Note 1. Smolt Trawl Rig Details

Trawl (4 panel constructed from PA netting)
• Mesh size (Full mesh in mm):
o Wings – 800
o Front/side panel sections – 800
o Lower cover/belly sections – 800
o Reducing 400-200-120-80-60 and end taper 40
o Straight extension – 40

• Frame lines and net opening
o Headline length – 70.2 m
o Side line length – 15.9 m
o Footrope length – 59.8 m
o Wing stretch length (nominal) – 62 m
o Trawl tapered body stretched length (nominal) – 69.6 m
o Straight extension stretched length – 8 m
o Fishing circle – 224 m
o Nominal net mouth opening at fishing circle (assumes meshes roped (hung) at 50% of full mesh size) – 844.8 m2.

Sweep rig and otterboards
• Sweeps – 150 m x 28 mm dia. Dyneema
• Backstrops – 15 m x 28 mm dia. Dyneema
• Headline/footrope extensions – 3m x 13mm long-link chain
• Otterboards – Thyborøn type 15vf pelagic otterboards:
o Surface area – 6m2
o Weight (each otterboard) – 1000kg + 200kg additional (8 x 25kg)

Flotation (headline)
• 50 x 200mm floats (each float 2.47kg buoyancy)
• 1 x Polyform (A2) H= 510mm Dia.= 300mm Buoyancy = 35kg
• Fenders (Blue Line JF2255):
o 1 per side at quarters – L = 1400mm Ø = 300mm buoyancy = 215kg
2 per side at wingends (attached to chain extensions) – L = 1400mm Ø = 300mm buoyancy = 215kg + 1 per side Polyform A6 buoy fender L = 111.8cm x Ø = 86.4cm buoyancy = 359kg

Guidance Note 2 – Fish-Lift Aquarium Schematic

1419H Guidance Note 2 Fish Lift

(Taken from J.C. Holst, A. McDonald/Fisheries Research 48 (2000) 87-91)

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Demersal Data Collection

Wed, 2019-05-15 10:30
MFV Genesis BF505

Survey: 1119H Survey Programme

Duration: 9-17 May 2019

Fishing Gear: Anglerfish Trawl BT 195

Objectives:1119H Figure 1 Map showing approximate survey track and trawl positions
  1. Undertake a nationally co-ordinated demersal trawling survey of Anglerfish (Lophius piscatorius and Lophius budegassa) ICES area IVA and VIA
  2. Record and map distributions of Megrim (Lepidorhombus wiffiagonis), Four-Spot Megrim (Lepidorhombus boscii) Cod (Gadus morhua), Blue Skate (Dipturus batis) and Flapper Skate (Dipturus intermedius).
  3. Collect biological data on: Anglerfish species, Cod, Megrim, Four-Spot Megrim, Blue Skate and Flapper Skate.
Procedures

This trawl survey follows a set of protocols drawn up by an industry science survey planning group made up of Marine Scotland scientists and fishing representatives. These protocols share much in common with the sampling regimes described in Marine Scotland standing instructions for demersal trawl surveys.

The survey track and sampling locations will be delivered to the skipper prior to departure.

Trawling

One haul of 60 minutes duration will be made at each sampling station; trawling operations will occur in waters up to a maximum of 1000 m. Daily starting times will be 06:00 hours and all trawling should be complete by approximately 23:30 hours each night. The Scanmar system will be used to monitor wing spread, door spread and distance covered during each haul. A bottom contact sensor will be mounted on the footrope.

Catches will be worked up according to the protocols for Marine Scotland Anglerfish surveys which are similar in principle to Marine Scotland standing instructions.

Further Information:

The post Demersal Data Collection appeared first on Marine Scotland.

Vacancy: Marine Licensing Casework Manager

Tue, 2019-05-14 14:00

We are currently seeking applications for a Marine Licensing Casework Manager within Marine Scotland based in Aberdeen. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

 

The Licensing Operations Team in Marine Scotland provides a ‘one-stop shop’ for marine licences and Section 36 consents in Scottish Waters. The successful post holder will be responsible for processing applications for consents and licences, to contribute to the teams compliance and enforcement activity and manage risks through ensuring that procedures are followed. You will provide a high quality service to the Licensing Operations Team, Ministers, applicants, and stakeholders in a dynamic fast paced and evolving environment.

 

Qualifications Required:

For jobs in Band B & C you must hold a minimum of 3 Highers or equivalent.

Other qualifications equivalent to these may also be acceptable, if you are in any doubt please contact to discuss.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be automatically sifted out.

 

Essential Criteria:

  1. Experience of critically reviewing environmental information, identifying gaps and using this to provide advice, recommendations and inform decisions to tight deadlines.
  2. Experience of licensing or consenting processes and legislative frameworks.
  3. Excellent communication and interpersonal skills with the ability to demonstrate credibility with internal and external stakeholders, and show experience of working in a cross team environment.
  4. A proven record of strong planning and organisational skills, with the ability to work on your own initiative, manage a diverse workload and to adapt quickly to changing circumstances and expectations.

Further Information:
For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below. To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Nicola Bain who can be reached at nicola.bain@gov.scot or 0131 244 3836.

If you experience any difficulties accessing our website or completing the online application form, please contact the resourcing team on 0131 244 9252 or via recruitment@gov.scot.

Further information for this job:

The post Vacancy: Marine Licensing Casework Manager appeared first on Marine Scotland.

Grabbing Samples at Decommissioned Murchison

Tue, 2019-05-14 12:30
MRV Scotia

Survey: 0619S Programme

Duration: 28 April – 05 May 2019

Equipment:

  • Day grab;
  • Sieve table;
  • TV drop frame with lasers;
  • Armoured cable;
  • Multibeam echosounder system;
  • Sound Velocity Profile (SVP);
  • Time-lapse cameras; and
  • Associated moorings.
Objectives

Assess the macro benthic ecology of drill cuttings material using time-lapse cameras.

Procedure

MRV Scotia will depart from Aberdeen Harbour at 09:00 hours on 28 April and, after all safety drills have been undertaken, make passage to the decommissioned Murchison platform. The nature of the survey work will be heavily dependent on the prevailing weather conditions encountered and a daily plan will be agreed between the Scientist-in-Charge (SiC), Captain and Fishing Master.

Multibeam Bathymetry

A sound velocity profile (SVP) will be collected within the survey location. On completion of the SVP, MRV Scotia will conduct a multibeam swathe survey of approximately 5 x 5 km over the decommissioned site. Survey speed will be 4 knots. The output will be checked for any anomalous features that could interact with other survey equipment. This will provide insight to locate subsequent survey stations.

Grab Samples0619S Survey Locations - Figure 1

Grab samples of surface sediments will be collected and sub sampled for hydrocarbon analysis.

Seabed Video footage

Video footage and digital stills will be recorded using a drop-frame camera suspended 1-1.5 m above the seabed and towed at a speed of 1 knot or less (0.5 m per second).

Time-lapse Camera

Seven time-lapse cameras will be placed on the seabed guided by the bathymetry data collected.

If time permits, additional survey data will be collected from the Hutton decommissioned platform.

 

Further Information:

 

The post Grabbing Samples at Decommissioned Murchison appeared first on Marine Scotland.

MarPAMM Project

Mon, 2019-05-13 13:00

MRV Alba na Mara Programme
Survey 0719A

Duration: 13-15 May 2019

Sampling Gear & Equipment:

  • 3 x marine mammal monitoring moorings to be deployed
  • 80 kg clump weight
  • Vemco VR2AR acoustic release
  • Loggerhead DSG-ST sound recorder
  • Chelonia C-POD

 

Overview:
Survey 0719A aims to deploy three marine mammal and underwater noise monitoring moorings at sites in Scottish waters, within the INTERREG VA “cross-border” region.  Data are required to underpin the management of marine protected areas and protected species (marine mammals), to meet Marine Scotland’s commitments under the MarPAMM project.

 

Objectives:
To deploy three marine mammal monitoring moorings with acoustic releases. Indicative areas for these moorings are: N of Islay/SW of Colonsay (55⁰ 56’ N, 006⁰ 25’ W), SW of Tiree (56⁰ 26’ N, 007⁰ 06’ W), and E of Mingulay (56⁰ 48’ N, 007⁰ 36’ W) – these locations will be refined in due course. All moorings will be deployed in max. 120 m water.

 

Embarkation:
Scientists will join the vessel on 12 May in Oban and spend the night aboard, so that the ship can leave early on 13 May.  Weather permitting and after all vessel drills have been undertaken, Alba na Mara will head SW to the first mooring site N of Islay.  After deployment, the vessel will steam NW to the second mooring site SW of Tiree.  On 14 May, the vessel will steam NW to the east side of Mingulay to deploy the third mooring.  The work will then be complete.  The precise order in which the vessel will undertake the survey work will be decided by the SIC in conjunction with the skipper.  The vessel will anchor overnight at a safe anchorage to be advised by the skipper.

 

Daily operations will occur between 07:00 and 19:00 hours (all times BST).  Scientific operations will cease on 14 May to allow sufficient time for the vessel to travel to Kyle of Lochalsh.  Unloading will occur in Kyle on 15 May.

 

Normal contact will be maintained with the Laboratory.

 

Table 1: Locations and mooring names.

Location name

Latitude

Longitude

Depth

Colonsay 55⁰ 56’ N 006⁰ 25’ W TBC Skerryvore 56⁰ 26’ N 007⁰ 06’ W TBC Mingulay 56⁰ 48’ N 007⁰ 36’ W TBC

 

Figure 1. Mooring laid out on deck of Scotia

 

Figure 2. Mooring schematic diagram

The post MarPAMM Project appeared first on Marine Scotland.

Demersal Trawling in ICES Area IVb

Thu, 2019-05-09 10:00
MFV Genesis BF505 Programme

Survey: 1219H Programme

Duration: 28 April – 07 May 2019

Fishing Gear: Anglerfish Trawl BT 195

Objectives:
  1. Undertake a nationally co-ordinated demersal trawling survey of Anglerfish (Lophius piscatorius and Lophius budegassa) at Rockall, ICES area IVb.
  2. Record and map distributions of Megrim (Lepidorhombus wiffiagonis), Four-Spot Megrim (Lepidorhombus boscii), Cod (Gadus morhua), Blue Skate (Dipturus batis) and Flapper Skate (Dipturus intermedius).
  3. Collect biological data on: Anglerfish species, Cod, Megrim, Four-Spot Megrim, Blue Skate and Flapper Skate.
Procedures

This trawl survey follows a set of protocols drawn up by an industry science survey planning group made up of Marine Scotland scientists and fishing representatives. These protocols share much in common with the sampling regimes described in Marine Scotland standing instructions for demersal trawl surveys.

The survey track and sampling locations will be delivered to the skipper prior to departure.

Trawling

One haul of 60 minutes duration will be made at each sampling station; trawling operations will occur in waters up to a maximum of 1000 m. Daily starting times will be 06:00 hours and all trawling should be complete by approximately 23:30 hours each night. The Scanmar system will be used to monitor wing spread, door spread and distance covered during each haul. A bottom contact sensor will be mounted on the footrope.

Catches will be worked up according to the protocols for Marine Scotland Anglerfish Surveys which are similar in principle to Marine Scotland standing instructions.

Further Information:

The post Demersal Trawling in ICES Area IVb appeared first on Marine Scotland.

Vacancy: Electronic Engineer, closing date 4 June 2019

Wed, 2019-05-08 15:00

We are currently seeking applications for an Electronic Engineer within the Engineering Group based in Aberdeen. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

 

The successful candidate will join the Marine Scotland Science Division to implement succession planning in a business critical service area. This will ensure sufficient time for the transfer of knowledge held by existing staff prior to their retirement and the distribution of the workload, while continuing the delivery of the group’s objectives and the support provided to MSS in areas of work.

 

Qualifications Required:

A degree in Electrical & Electronic Engineering.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be sifted out.

Essential Criteria:

  1. A high level of technical experience, with strong analysis and practical problem-solving abilities to help influence designs.
  2. Proven skills in the assembly, testing and fault-finding of electronic circuit boards and instrumentation, including the ability to solder.
  3. Excellent oral, written and diagrammatic communication skills, with the ability to translate complex ideas into clear concepts supported by working knowledge of modern software packages.
  4. Proven ability to work in multidisciplinary teams with other engineers/scientists onshore and on research and commercial vessels.

For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below. To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Neil Collie who can be reached at neil.collie@gov.scot or on 0131 244 3669.

If you experience any difficulties accessing our website or completing the online application form, please contact the Resourcing Team on 0131 244 8500 or via recruitment@gov.scot.

Further information for this job:

The post Vacancy: Electronic Engineer, closing date 4 June 2019 appeared first on Marine Scotland.

Vacancy: Fisheries Statistican, closing date 4 June 2019

Wed, 2019-05-08 10:00

We are currently seeking applications for a Fisheries Statistician within Marine Scotland Science based in Aberdeen. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

This post has arisen due to the increased need to respond to requests for robust scientific fisheries data for Scotland, to support fisheries management and policy decision making. The post will play a key role in the collection, provision and publication of scientific data by Marine Scotland Science (MSS). Duties will include developing improvements to survey designs, statistical analysis of a variety of fisheries survey data, international collaboration with similar experts, mainly within the ICES community, and the publication of results through peer-reviewed papers. The opportunity to take part in fisheries surveys on research and commercial vessels will be available.

 

Qualifications Required:
A post-graduate qualification in a scientific subject with a high numeric content.

Other qualifications equivalent to these may also be acceptable, if you are in any doubt please contact to discuss.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be automatically sifted out.

 

Essential Criteria

  1. Expertise in a high level programming language, preferably the R statistical environment, specifically the writing and documenting of robust code for use by others, ideally by means of R-packages.
  2. Excellent understanding of statistical sampling design and statistical data analysis, and experience of the management, quality control and statistical analysis of large or complex data sets, preferably with a fisheries or marine theme.
  3. The ability to plan, manage and deliver on substantial research projects, for example a PhD or research grant.
  4. The ability to communicate results to both specialist and non-specialist audiences, demonstrated by authorship of scientific reports and/or peer-reviewed scientific papers, and delivery of presentations, for example at conferences, meetings or workshops.

For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below. To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Liz Clarke who can be reached at liz.clarke@scot.gov or +44 0131 244 3399.

If you experience any difficulties accessing our website or completing the online application form, please contact the Recruitment Team on 0131 244 5739 or via recruitment@gov.scot.

Further information for this job:

The post Vacancy: Fisheries Statistican, closing date 4 June 2019 appeared first on Marine Scotland.

Vacancy: Trainee Fisheries Biologist, closing date 21 May 2019

Tue, 2019-05-07 15:00

We are currently seeking applications for a Trainee Fisheries Biologist within the Directorate for Marine Scotland based in Pitochry. This is a permanent and pensionable appointment and new entrants will normally start on the minimum of the pay range. Candidates with a disability who meet the essential criteria below will be invited to the assessments.

 

This post is based at the Marine Scotland Science Freshwater Fisheries Laboratory near Pitlochry and will sit with the Freshwater Environment Group that contributes to the Salmon and Freshwater Fisheries Programme. The post holder will work closely with a small team of three staff to operate the Girnock and Baddoch fish traps on the River Dee. These long-term monitoring sites provide valuable data that underpin scientific support for the management of salmon in Scotland. The post holder will undertake fieldwork assisting in the collection of data to monitor salmon populations at these sites.

 

Prospective applicants should note that the role involves a large amount of outdoor work, often in challenging conditions and in remote locations. Elements of this role are physically demanding, e.g. cleaning and lifting of steel trap screens, and applicants will need to be able to repetitively lift a weight of 29 kilos to clear a minimum vertical distance of 1.0 metre. The ability to do so will be tested if you are successful in being invited to interview.

 

Qualifications Required:

For jobs in Band A, you must hold a minimum of 5 Standard Grades (grades 1 – 3) or Ordinary Grades (A-C) including English and a numerical subject.

Other qualifications equivalent to these may also be acceptable, if you are in any doubt please contact to discuss.

Please note: If you fail to demonstrate how you meet the minimum qualifications as stated above, your application will be automatically sifted out.

Essential Criteria:

  1. Good interpersonal, networking and team working skills.
  2. Good IT skills and experience of IT packages such as Word and Excel.
  3. Ability and willingness to work outside, in varying weather conditions, at remote locations, while undertaking fieldwork duties.
  4. A strong interest in fish, fisheries or the natural environment.

For further information on this vacancy please download and review the “Person Specification and Further Information for Job Applicants” which you will find below.

To apply, you must fully complete and submit an online application via this website before the closing date. To learn more about this opportunity, please contact Ross Glover who can be reached Ross.Glover@gov.scot  or 0131 244 2238.

 

Further information for this job:

The post Vacancy: Trainee Fisheries Biologist, closing date 21 May 2019 appeared first on Marine Scotland.

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