The partners The problem The project The results Reproduction The tasks
IES
McAlpine
Slate Ecol. Co.
Pizarras, Spain
Morissey, Ireland
Gwynedd CC
Others



Extent of problem
Nature of problem
Social implications
Potential solutions





Techniques to be used
Socio-economics
Site creation
Site mapping
Plant provenance
Demonstration plots
PA Gels
Monitoring
Sustainability issues
Expertise
LIFE funds
Management
Project results
Problems and risks
Innovation
Env. benefits/costs
Community interest



Economic
Future potential
Application
Dissemination during
Dissemination after
Anticipated extension

Work phases
Managment task
Dissemination task

Task cost summary
Task planner





Task 1
Task 2
Task 3
Task 4
Task 5
Task 6
Task 7
Task 8
Task 9
Task 10
Task 11
Task 12

 

4 Reproduction potential

4.1 Economic interest and viability of the methods

There is a long standing interest in and experience of derelict land reclamation in Europe and there have been many successful examples in Wales. However, there are a number of technical problems remaining and there are many sites which have not been successfully restored. Current practice has generally had a poor success rate because standard approaches are applied across the full extent of sites irrespective of variation in their environmental conditions. Cost-effectiveness is often poor because expensive site preparation and treatment is often applied where it is not needed for successful restoration. There is a great deal of renewed interest, driven by sustainability and biodiversity concerns embodied in Community legislation and Agenda 21, in developing more cost-effective techniques for large scale site restoration. This project will provide some of the solutions to these concerns and reduce longer term costs for further developments. During the lifetime of the programme all the methods used will be critically evaluated and their suitability, viability, cost-effectiveness and transferability to other sites assessed. The following will be determined:

 

Environmental, conservation, biodiversity, socio-economic, landscape and heritage opportunities and impact of the restoration programme assessed

Comparison made of the rate of vegetation regeneration in treated demonstration plots relative to unmanaged controls

Information obtained on the most cost-effective combinations of restoration methods for different site environments

Impact of polyacrylamide gel technology on restoration success quantitatively assessed

Generic protocols for all stages of the restoration process developed and disseminated

Timescales and costs required to achieve ‘full’ semi-natural habitat creation quantified.

4.2 Reproduction potential

The demonstration of environmental/landscape assessment, environmental, vegetation and socio-economic monitoring, and analysis will reveal the most cost-effective and successful generic approaches, and individual techniques for restoration in post-industrial sites of this type at three sites with [i] varying climatic conditions (North Wales and Spain) and [ii] varying substrates (North Wales and Ireland). We believe that these approaches and techniques have the potential to be reproduced easily on new sites across the Community. Indeed, there is 6,000Ha of derelict post-industrial land in Wales alone to which the findings of this project could be applied (The Way Ahead for Welsh Forestry, Forestry Commission Report). The various media chosen for the dissemination of the results will provide an initial source of information for potential users. Indeed, the main priority in the dissemination activities of this programme is to extend this technology across a broad range of sites within the EU. Further, if successful these technologies will be applied after three years by McAlpine Slate to their other quarry sites in Wales.

 

 

4.3 The applicability of the methods to other areas, sectors, or environmental problems

Many hundred post-industrial sites consisting of coarse grained non-toxic material exist throughout Europe. All of these will offer potential for the application of these techniques. Given the desire to maintain biological diversity and support for Agenda 21, the ability to convert formerly industrial land to habitats of high biological diversity and landscape and heritage value is of importance. In addition, as mentioned above these techniques have considerable potential to increase the success and reduce the costs (by removing the necessity of top-soil importation) of other forms of urban/civil engineering landscaping (wherever water and nutrients are limiting factors to plant establishment).

 

5. Dissemination of results

5.1 Dissemination processes in the project

The successful dissemination of the outputs of a project such as this are key to the overall success of the work and will involve close coordination between all the parties involved. For these reasone, the key dissemination routes and endpoints are shown in Figure 6. It is proposed that a feedback mechanism be put in place whereby quarterly meetings of all the partners will provide feedback on the progress of the project throughout its lifetime. Records of these developments (survey, stratification, site preparation, planting, subsequent management, monitoring and analyzed results) will be maintained in paper, electronic and visual formats for progress publications. All records will have public access. In this project dissemination is viewed as an interactive process: feedback will be solicited from all those receiving dissemination outputs, and will be incorporated into the project’s subsequent work.

 

5.2 Means of dissemination during and after the project

The success of the project and EU adoption of the demonstrated technology will depends upon effective dissemination pathways (Figure 6). The results of the project will therefore be disseminated in as many effective ways as possible. This will include the production of six-monthly reports to facilitate improved co-ordination and communication with the local community and other stakeholder/interested organisations. The biological and landscape value designated to the surrounding area (such as National Park status) is of great significance for the dissemination potential of this project. Several public footpaths widely used by the local community and visitors run through the site. Interpretation points or ‘cells’ will be established at key points along these paths to disseminate the project’s work and explain the demonstration plots visible to the viewer. Visual display and leaflet outputs on the project’s work will also be placed in the high density of National Park and other tourist information offices that exist throughout the Snowdonia region. The availability of the demonstration plots for educational visits will be communicated to schools throughout the region and higher education institution nationally (many of these institutions already visit Snowdonia for field trips). It is also proposed to have a number of demonstration plot public ‘open-days’.

Wider dissemination throughout the Community, including audiences who do not read English, will be achieved by means of the world wide web (WWW), including live web camera images showing progress. The Bangor/Caernarfon area is a major focus for television production companies who market their outputs throughout Europe, and the IES’s existing strong links with them will be exploited to promote the production of television programmes about the project.

The end of the project will also coincide with the production of a "best practice" manual entitled "The restoration of post-industrial land and re-creation of natural habitats and landscape". This will be distributed to, and training seminars held with, all partners. The manual will be available in paper form and distributed to professional civil engineering bodies, local authority planners, landscape/conservation agencies, wildlife trusts, National Parks and county libraries in all three partner states. The report will also be reproduced on the project’s WWW pages so that it is available to an international audience. IES staff have demonstrated the use of such media for information dispersal (e.g. www.safs.bangor.ac.uk/dj). This report will also be submitted to Gwynedd Council who are strongly committed to integrating the results in their future policies. In addition, a video to demonstrate the vegetation progression to the final habitat types will be produced documenting the change from derelict land to a semi-natural vegetated site over the course of the project and its availability publicised through the project’s other dissemination media.

 

5.3 Anticipated extension of the project at the local, national and Community level

There exists within Wales a great deal of interest in the restoration of derelict land given the long history of similar extractive/industrial activity. Dissemination of the project results to stakeholders/interested parties (e.g. local authorities, conservation organisations, commercial organisations (industrial and consultants) etc.) will be integral to public and professional interest in the project and the extension of its results to other site rehabilitation projects at local, national and Community level. The project’s role will be both to inspire the initiation of new restoration schemes and to provide information on how restoration can be carried out cost-effectively and successfully. This will result in a measurable improvement in sustainable biodiversity, landscape and amenity value for the benefit of all. The existing unpublished Welsh Office Derelict Land Survey in Wales and the Derelict Land Database will be used to provide an effective means of estimating the extent of similar areas in Wales that would be amenable to similar restoration treatment.