Catterline Bay is relatively sheltered, but vulnerable to high tides combined with large waves from an Easterly direction. The original sea defences (rock filled gabion baskets) were destroyed by extreme weather in December 2012. Although the shingle beach provides some level of protection, the wave runup causes irreversible erosion of the cliff toe, ultimately undermining the stability of the slope itself.
CBAG commissioned a coastal erosion study in 2022, aiming to underpin the observations with science, in order to define the “business case” to support future funding applications for a suitable coastal protection solution. The study confirmed that extreme events cause localised erosion and contribute to long-term changes. Data collection is ongoing and the next steps are yet to be defined.
]]>The presentation can be downloaded here.
In addition, an OPERANDUM project update and results from the coastal erosion study were presented after the AGM, by GCU and JBA respectively.
It was a very informative evening and it was great to meet in person again. Thanks to the presenters and the attendees for making the effort to come along.
]]>Despite the various lockdowns, work has been progressing steadily in the background, and this AGM promises to be an interesting and informative event with presentations from Glasgow Caledonian University (GCU) and JBA Consulting.
We will run through the formal AGM first, followed by the third-party presentations which no-doubt will generate some fruitful discussions.
All welcome!
]]>As part of this project, a series of Nature-Based Solutions (NBS) against landslides and erosion on the braes of Catterline were successfully constructed in June 2021, as can be seen in our gallery here.
CBAG are pleased to report that a second series of NBS measures will be implemented between the 6th June and the 17th June 2022! The works will be carried out by specialised contractor Salix together with Naturalea. The locations of the planned interventions are shown in the picture below, and you will find more information about the project in this document.
Please note that the access road to the pier will be closed during this period, and signage will be put in place for this purpose. However, GCU have indicated that they will facilitate access to the pier and beach as much as possible.
]]>The CCCF distributes revenues generated by Crown Estate Scotland, with applications being assessed and approved by NESFLAG – the North East Scotland Fisheries Local Action Group – a cross-sector partnership comprising representatives from Aberdeenshire’s coastal and fishing sectors.
]]>As part of this project, an interactive ‘Nature-based Solutions (NBS) for Slope Protection’ workshop was due to take place at the end of March last year, but unfortunately this workshop had to be cancelled due to the COVID-19 pandemic.
CBAG are pleased to report that it is now looking very likely that the deployment of a series of Nature-Based Solutions against landslides and erosion on the braes of Catterline will go ahead between the 31st May and the 4th June 2021. However, as a result of the ongoing COVID-19 risks and restrictions, and to ensure the safety of the Catterline community, GCU have made the decision that it is safest not to enlist the help and support of volunteers from the community.
The locations of the interventions can be seen on this map, and the main focus will be on Actions 2, 3, 4, 7, 8 and 9.
Please note that the access road to the pier will be closed from the 31st May 2021 for five days, and some signage will be put in place for this purpose. However, GCU have indicated that they will facilitate access to the pier and beach as much as possible.
Further information and contact details can be found in this leaflet.
]]>Please follow government guidance and stay safe and healthy!
]]>The proposed agenda is as follows:
All welcome!
]]>Following up on this, GCU and Naturalea are organising a hands-on ‘Nature-based Solutions (NBS) for Slope Protection’ workshop where some of these ideas will be turned into reality, taking into account the feedback received from the various surveys conducted by GCU. The workshop will be held on 26th – 28th March 2020, as detailed in this post.
We will be holding an engagement session to provide details about the workshop and other plans, on Thursday 6th February at 20:00, in the Creel Inn.
The local community are strongly encouraged to attend, as this session will provide a key opportunity to raise questions and discuss any concerns you might have. Please spread the word…
]]>CBAG are excited to announce that GCU and Naturalea, in partnership with UNESCO, are organising a ‘Nature-based Solutions (NBS) for Slope Protection’ workshop, to be held in Catterline, on 26th – 28th March 2020.
This workshop is FREE to attend and we encourage anybody with an interest in slope stabilisation techniques to sign up. In particular, we would like to encourage the local community to participate!
The objectives of the workshop are:
To achieve these objectives, the workshop will be divided into theoretical and practical sessions:
In addition to the technical knowledge and skills gained, participants will have the opportunity to meet with peers and form networks and connections, strengthened through actively working together and problem-solving while implementing the NBS. They will also have the opportunity to work with local residents and gain perspective on the concerns and motivations of those who live in communities with landslide and coastal erosion risks.
Date: Thursday 26th March 2020
Session title: Theoretical workshop “Soil bioengineering techniques and NBS for slope protection and management”
Location: Station Hotel, Stonehaven, Aberdeenshire, AB39 2NE
Time: 10am – 5pm
Date: Friday 27th & Saturday 28th March 2020
Session title: Practical workshop “Practical NBS deployment skills for slope protection”
Location: Catterline, Aberdeenshire, AB39 2UL
Time: 9am – 5pm
To attend the workshop, please register here. For more information contact Dr Karen Munro (karen.munro@gcu.ac.uk) or Dr Alejandro Gonzales Ollauri (alejandro.ollauri@gcu.ac.uk).
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