Celebrate your bog, transform your bog, preserve your bog, or change your communities relationship with their bog with the Peatlands Community Engagement Scheme!
The 2020-2021 call for the Peatlands Community Engagement Scheme is now open for schemes and proposals to be carried out on beloved bogs over the next two years.
The Peatlands Community Engagement Scheme is seeking to encourage local communities, local groups, schools and other interested parties to engage with the National Parks and Wildlife Service and the Dept of Culture, Heritage & Gaeltacht in relation to the conservation and revitalization of raised bog and blanket bog Special Areas of Conservation (SACs), Natural Heritage Areas (NHAs) and other peatland areas and promote public engagement and awareness of our natural heritage.
The Scheme will support a diverse range of initiatives with community benefit from events, education programmes, promotions, publications, exhibitions, development of conservation management plans, public amenity and recreational measures, maintenance measures that support the conservation of raised and blanket bogs, monitoring or surveying work to inform peatland restoration/conservation projects, invasive species and fire control measures, anti-littering initiatives to local environmental improvements in the area of the designated bogs and other peatland areas.
In 2018 and 2019 the scheme has helped dozens of superb peatlands projects all over the country and has allowed community groups take the next steps in highlighting the importance and beauty of their local bog for the betterment of biodiversity, society and our climate.
The application form and terms and conditions of the Scheme should be read closely before submitting an application. They are at the bottom of this post.
All queries on the scheme should be directed to the Peatlands Management Unit of the NPWS at firstname.lastname@example.org
For more info: www.npws.ie
Terms and Conditions Final (1)
Application Form Final
Application Form Final
On World Peatlands Day 2020 (02 June), ‘The Living Bog’ Irish raised bog restoration project, co-funded by the NPWS of the Department of Housing, Heritage & Local Government and the EU’s LIFE programme was nominated for one of Europe’s top environmental awards.
The Living Bog, which commenced in 2016 and finishes in December 2021, was among 27 international finalists for the European Commission’s Natura 2000 Awards.
The awards recognise excellence in the management of Natura 2000 sites. The work of Living Bog Public Awareness Manager Ronan Casey with an impressive public awareness campaign and his work with local community groups attached to project sites, saw The Living Bog is nominated in the ‘Communications’ category.
Ronan’s work on communicating the importance of raised bogs and Natura 2000 sites and the work in the local community and the involvement of community groups and individuals – including former turf cutters – in project actions was recognised by the European Union’s environmental bodies as being particularly impressive.
A high-level jury decided on five winners, but from the finalists the public will also chooses its winner: The Citizens’ Award. The Living Bog finished third in this area.
Since the Natura 2000 awards started in 2014, there have been no Irish winners in any category.
The Living Bog was delighted to have been nominated.
Congratulating the project team on the nomination, the then Minister with responsibility for Heritage, Josepha Madigan TD, commented: “I am delighted that the work of the Living Bog with local communities has been recognised with its nomination for a Natura 2000 Award. This project aims to restore raised bog across 12 raised bog Special Areas of Conservation (SACs) across seven counties. Encouraging local community involvement is a significant element of the project. I wish to congratulate Ronan and the project team on its outstanding efforts to promote awareness of peatland restoration in the local and wider community.”
The project is funded by the EU LIFE 2014-2020 Nature and Biodiversity Fund, with the National Parks and Wildlife Service at the Department of Housing, Heritage and Local Government the co-ordinating beneficiary. The project is undertaken by a five-person project team located in the heart of the Irish midlands ‘peat district’ in Mullingar with many local contractors from the midlands region carrying out works throughout seven counties and also lending assistance in areas such as hydrology and ecology. The economic spin-off from the project was estimated to have been over €3m to the midlands region.
The aim of the project is to improve the conservation status of the priority habitat Active Raised Bog (EU Habitat Code 7110). This is being achieved by drain blocking with peat and plastic dams, barrier dam construction and other restoration and improvement measures. In total, almost 200km of drains have been blocked by the project with c.10,000 dams installed.
It is the project’s work in communities and communicating the importance of peatlands and the Natura 2000 Network that has been recognised by the EU. An active programme of community events, from walks and talks to children’s nature camps saw the Living Bog project establish a foothold in local communities. Community volunteers gave up many hours of their time to assist at project events and also to help on many project actions. This was further supported by an intensive social media campaign and web promotional work. A major schools outreach project was also launched. Over 100 schools were involved and children were encouraged to learn more about peatlands and bogs and espouse the benefits of restoration at home and socially.
Working with local community groups, the project is currently delivering or set to deliver amenity and educational facilities, including boardwalks, walking routes and educational parks, at five locations – pending planning permission decisions for a number of sites. It is anticipated that these developments will generate local health, social and economic benefits.
Notes for Editors:
The bogs involved in The Living Bog project (www.raisedbogs.ie) : Ardagullion Bog SAC, Co. Longford; Carrowbehy Bog SAC, Gorthaganny, Co. Roscommon; Derrinea Bog SAC, Co. Roscommon; Clara Bog SAC, Moyclare Bog SAC, Mongan Bog SAC, Raheenmore Bog SAC, Sharavogue Bog SAC, and Ferbane Bog SAC, all Co. Offaly; Garriskil Bog SAC, Co. Westmeath; Killyconny Bog SAC, Mullagh Co. Cavan / Co. Meath; and Carrownagappul Bog SAC, Mountbellew, Co. Galway.
The project aims to re-create the eco-hydrological conditions on these sites to consolidate over 750 ha of Active Raised Bog within an overall area of almost 2,700 ha of raised bog habitat improved. Restoration works have been completed on ten of the 12 project sites and are being monitored closely to identify site response in relation to hydrology, ecology and water chemistry. To date, results have been positive, especially in the area of cutover restoration.
Cutovers are where peat was extracted from the raised bogs in the past, and novel restoration techniques have seen many rare flora and fauna re-populate the sites relatively quickly after restoration works have taken place.
Active raised bogs once covered over 766,000 acres of the Irish midlands (Hammond, 1979). Turf extraction and peat harvesting on an industrial scale along with other activities have, however, stripped much of this away, to the extent that approx. 9% of the original raised bog resource remains in protected sites with less than 1% (1,639 ha) of active raised bog left nationally.
To endeavor to ensure the protection of the remaining peatlands, 53 raised bog sites were nominated for designation as SAC/Natura 2000 sites in the late 1990s/early 2000s.
The Natura 2000 Awards
The Natura 2000 Award is designed to reward excellence in the management of Natura 2000 sites (Special Areas of Conservation and Special Protection Areas) and showcase the added value of the network. It pays tribute to all those who work to make Natura 2000 a success whilst drawing public attention to its substantial achievements.
The Natura 2000 network works to ensure the long-term survival of Europe’s most valuable and threatened species and habitats, and is the centre piece of the EU’s nature and biodiversity policy. It is currently made up of over 27,800 sites. In total, it covers almost a fifth of Europe’s land area and almost 10% of the EU marine areas, making it the largest coordinated network of conservation areas anywhere in the world.
In 2014, the European Commission launched the annual European Natura 2000 Awards; the aim of which was to demonstrate what the network is, what it does to preserve Europe’s biodiversity, and how it benefits us all. The finalists chosen represent the efforts by Europeans to protect and restore nature in the EU – through conservation actions on the ground, by raising awareness about species and habitats, by highlighting the socio-economic benefits of the Natura 2000 network and by bringing stakeholders together. To date, no Irish project has won an award at the award ceremonies, held each year in Brussels.
The Living Bog: www.raisedbogs.ie and @LIFEraisedbogs on Facebook and Twitter.
Natura 2000 Awards: https://ec.europa.eu/environment/nature/natura2000/awards/index_en.htm
National Parks and Wildlife Service: www.npws.ie
LIFE Programme: https://ec.europa.eu/easme/en/life
Whilst on the road, in classrooms and communities, The Living Bog is often asked about the colour of water coming from, or near a bog, and if it’s safe to drink that water. The yellowish-brown colour of bog water is a familiar sight to anyone from the midlands (or indeed the uplands), and some of our rivers are sometimes coloured. What causes the colour? Dissolved Organic Matter, or DOM.
This blog explains what causes the colour and the associated impacts on water quality and hopefully answers some of the many questions out there about water from the bog, and stresses how important it is to keep that water on the bog…
Water discharged from the bogs contains Dissolved Organic Matter (DOM). DOM is principally composed of natural acids and proteins produced by the specialist peat forming plant species unique to bog ecosystems. It is the organic forms of carbon, nitrogen and phosphates contained in DOM that are responsible for the characteristic yellow brown colour of bog water.
These natural organic compounds are stable in the bog environments, which typically have low levels of dissolved oxygen. The Dissolved Organic Carbon (DOC), Dissolved Organic Nitrogen (DON), and Dissolved Organic Phosphorous (DOP) compounds are not immediately available as plant nutrients and hence DOM is not considered as a water pollutant in its own right.
Ecologically, DOM provides a substrate for bacteria and once in a receiving water course can also acts as a natural sunscreen, reducing the depth that UV light penetrates through the water column, protecting communities of decomposers (bacteria and protozoans) that provide a streams capacity to attenuate pollutants.
Bogs in their natural state are a carbon sink. Peat forming plants like sphagnum mosses remove carbon from that atmosphere. This carbon is stored in the bog as peat where water logging inhibits natural decay processes.
Draining the bog transforms the bog from a carbon sink to a carbon source.
Carbon is lost from the peat via two pathways, as direct atmospheric exchange through soil respiration and as DOM in discharge from the drainage ditches – or channels cut into the bog to dry it out for peat extraction. A drained bog will act as a carbon source until the bog is re-wetted (or no peat remains).
The carbon flux associated with DOM can exceed direct atmospheric exchange by orders of magnitude and accounts for the majority of the carbon flux from a ditched bog. Up to 90% of the carbon lost from degraded bogs is exported via drainage discharge.
Once discharged into a receiving water course with comparatively high levels of dissolved oxygen DOM the organic carbon, nitrogen and phosphorous compounds that make up DOM are broken are broken down by decomposers. These processes result in the production of carbon dioxide, and inorganic forms of nitrates and phosphates. The carbon dioxide released in this way is considered a fugitive emission in current studies of bogs in relation to climate change and is a major cause of uncertainty in estimates of the climate change potential of degraded bogs.
The nitrates and phosphates that are released as by-products from the digestion of DOM by decomposers are considered as water pollutants by the EPA. This is not due to potential impacts on human or animal health, but because they contribute to a process known as Eutrophication, which has a negative impact on the ecology of the water course. Consequently, production bogs have been identified as a significant pressure on 8% of Irish rivers at risk of not meeting their environmental quality objectives under the Water Framework Directive.
There is evidence that ammonium (a natural by-product of decay processes) is present at elevated levels downstream of production bog sites. Ammonium is a recognised water pollutant as it is toxic to some fish species at low concentrations, there is no direct risk to human health posed by ammonium in drinking water.
Nitrates in water are implicated as a cause of methemolobinemia (blue-baby syndrome), which is caused by nitrogen combining with oxygen in the blood stream in preference to iron. Epidemiological evidence suggests that this represents a health hazard in babies less than 2 months of age where micro-nutrient deficiencies exist, and hence is not likely to be a significant risk in Ireland.
The other significant water pollutants from production sites are fine peat sediments.
These sediments are composed of Particulate Organic Carbon (POC) suspended in the discharge from the drains. POC is not known to cause a risk to human or animal health, but can have significant impacts on stream ecology. As POC’s settle out of suspension it can blanket stream beds, negatively impacting benthic species such as the fresh water pearl mussel.
The Living Bog project is sampling water quality from selected restoration sites on a monthly basis. For example the concentration of Nitrate at the discharge point on Killyconny Bog, Co Cavan on 23/09/2019 was less than 1.67 mg/L, which is an order of magnitude lower than existing Maximum Allowable Concentration (MAC) of 50 mg/L set by the Drinking Water Directive. This concentration would be reduced significantly by dilution on entering the receiving water course.
DOC had a concentration of 45.1 mg/L and TOC 46.7 mg/L. Particulate Organic Matter (POC) present in a concentration of 1.6 mg/L. There are no published MAC’s for these parameters, so the project will seek to compare the concentrations from restored sites with the data the EPA has available on production sites over the course of the next 12 months, in order to determine how drain blocking impacts on water quality ecosystem services.
Tri-halo methanes (THM’s) are formed by a reaction between chlorine and organic compounds (principally DOM). THM’s are thought to be carcinogens as there is epidemiological evidence that prolonged exposure to THM’s leads to elevated rates of some stomach cancers. As DOM is dissolved in the bog water it cannot be removed from water via filtration or coagulation /flocculation, which are the traditional primary stages in water treatment. Hence treating water with high levels of DOM is expensive. Consequently water sources that have high levels of DOM or are highly coloured have been avoided by water supply utilities to avoid the costs of associated with treatment.
Traditionally water entering a pipeline from a water treatment plant is dosed with chlorine. This acts as a disinfectant and is an effective treatment of the main pathogens that cause serious diarrhoeal diseases such as dysentery. It is considered an essential part of the treatment process as the chlorine dose provides a residual disinfection effect as water passes through the transmission pipeline, ensuring potable quality at the consumers tap.
THM’s are not formed naturally in concentrations that would impact human health under natural conditions. They are part of a wider group of compounds collectively known as Chlorine by-products (CBP’s). There are maximum acceptable concentration limits set by the EC Drinking Water Directive for THM’s and CBP’s, and compliance monitoring is undertaken routinely by the EPA. Hence the occurrence of DOM in a peatland catchment is only likely representing a risk to human health if there is a water abstraction point downstream of the bog. This is unlikely as water utilities would not abstract surface water from a source with high DOM concentrations, it would be cheaper to pump it from a borehole. Drinking bog water without treatment will would likely cause acute diarrheal disease.
From the above it can be concluded that restoring the bogs will have the following net benefits to the ecological status of the receiving water courses:
- Reduce the amount of sediments entering the receiving water course;
- Reduce the amount of ammonium being directly discharged into the water course.
- The impacts in relation to DOC are less clear. From first principles increasing the residence time of water on the bog surface will increase DOM concentrations, as will increased coverage of Sphagnum, as the amino acids produced by the sphagnum is a contributing factor to low pH on bogs. However there are no negative health impacts associated with the DOC and it is not considered a pollutant, and increased concentrations could well be considered an important ecosystem service function of bog restoration. The production of ammonium resulting in microbial breakdown of DOM is unlikely to cause toxicity as this process will be naturally regulated. The project will monitor the impacts of drain blocking on DOC concentrations using FDOM sensors installed in hydraulic measuring structures.
Blocking drains on the bogs will have a net positive impact on water quality. As the ecological status of the bog improves, so too will the ecological status of the receiving water course. No negative impacts on human health can be anticipates associated with water quality as water supply companies are required to control THM concentrations as part of their treatment processes.
LINKS TO NOTE:
EPA Catchment Unit, Significant pressures (peat) – https://www.catchments.ie/significant-pressures-peat/
Local Authorities Water Programme http://watersandcommunities.ie/
KerryLIFE Project: http://www.kerrylife.ie/ (Sustainable land use management for the conservation of the freshwater pearl mussel)
‘An overview of dissolved organic carbon in groundwater and implications for drinking water safety’ by Dr Shane Regan, Paul Hynds & Ray Flynn.
Raised bogs are among the world’s oldest living, near-natural eco-systems. Many of Ireland’s great raised bogs date back almost 10,000 years.
They are found mainly in the midlands and it is estimated that they once covered almost a million acres of land. However, today, less than 1% of that figure remains as active, living bog – Bog that can still support life.
Raised bogs began to develop 10,000 years ago in depressions occupied by shallow lakes, usually left behind by retreating glaciers after the Ice Age (A.)
At the time the land was washed by nutrient-rich ground water and anaerobic conditions occurred. At first, reed beds develop but they die off, and their dead remains begin to accumulate (B.) and a Fen appears as fen peat starts to accumulate.
Rushes, sedges, grasses, herbs and wild-flowers, trees and shrubs begin to grow and die as the fen peat – dark and fibrous – accumulates. (C.)
The fen peat layer thickens so that the roots of plants growing on the surface are no longer in contact with the calcium-rich groundwater. The only source of minerals for plants is now rainwater, which is very poor in minerals (D.)
Raised bog species, such as Sphagnum mosses begin to invade and eventually the fen becomes a raised bog. The Sphagnum mosses can survive on mineral-poor rainwater alone and the spongy-peat which forms over the fen is above the influence of ground water. The fen plants are replaced completely by plants which can survive in the much poorer, acidic conditions and as the mkosses accumulate and plants die, a raised bog is born (E.). the flattened dome of a raised bog is slightly higher than the surrounding countryside, hence the name.
Raised bogs occurred mostly in the midland counties of Offaly, Westmeath, Longford, Laois, Roscommon and Tipperary, Kildare and the western counties of Galway and East Mayo. they were also found in the Bann Valley in Northern Ireland.
In 1979, Hammond estimated that Raised Bogs had covered 310,000 hectares (750,000 acres) in the early to mid 1800’s. Today, less than 8% of that figure can be deemed suitable for restoration, with 37% lost since the early 1990’s. Today we have less than 1% that can be deemed active, living bog, and most of this is held within 53 SAC/Natura 200 sites.
Drainage is much better on the steep margins, which are rather dry and largely covered in ling heather. Most bog margins in Ireland have been cut away, particularly by machine since the 1970’s, and the cutting causes the peat to dry out and shrink, resulting in the formation of dangerous, deep cracks.
Originally there would have been a narrow band of fen around the edge, where there was influence from ground water, but drainage and cutting has largely removed this feature. It is exceedingly rare today.
Away from the margins, the bog becomes wetter and the Sphagnum mosses dominate – there are over 20 types but usually four or five are very common. Some form hummocks (which can grow to a metre high and be capped by heathers and different mosses) while other are found in hollows and pools. There is great variation in their colours – green, orange, red and brown – with some taking on different hues in Autumn and Winter, mainly variations of red. Together with dying plants and cotton grasses they have rise to the name ‘red bogs’. In the wetter parts, white-beaked sedge, bog asphodel, cotton grasses and other rare plants grow, with bog beans and bladderworts growing in pools. Bog rosemary and cranberry, with its bright red, sharp-tasting berries are found creeping through Sphagnum carpets and sundews too dominate all around. Lichens – Ireland’s own Coral Reef – occur in patches. Despite raised bogs not being very hospitable places, hundreds of bog specific plants and animals flourish.
The Living Bog is actively working in the local communities surrounding our sites to collate as much information as possible about our bogs, and to record the local stories about the local bog that otherwise may well be lost in the passage of time. What is ordinary to those who may have lived there, or who heard stories or local folklore may well be extraordinary to those from elsewhere.
With that in mind, we asked Seamus Crawley of the Gortaganny Development Association to raid his own personal archives, and with the help of Seamus Kenny the following contains some extraordinary local history: Evidence of an important Togher Road (then and now) and of spuds in the bog! Enjoy!
The general area of west Roscommon and east Mayo extensive area is primarily that of a mix of arable land and bogland with a number of interspersed lakes. All records allude to lake connectivity via streams, rivers and indeed underground water passages/streams often referred to as ‘sinking rivers’. The landscape and associated quality is noted as been influenced by the extensive limestone content and turloughs in the area.
As regards the bogland specifically in the area, a feature of the general landscape is the mixture of arable lands in more elevated areas with drumlin-like, or esker-like, features. As regards the bogland itself, it is likely that the extensive bog areas were manipulated by ancestral populations over many years.
While noting that detailed archaeology studies could confirm much greater information, there are a couple of initial research examples that are worthy of further investigation.
In the late 18th and early 19th century in a pre-famine Ireland, extensive land and mapping surveys were conducted around West Roscommon. Some of the surveys were conducted by legislators, ordinance officers or, in many cases, by local landlords.
Below is a copy of a more extensive map survey area of Carrowbehy district (from National Library archives) which record a ‘Togher Road’ clearly defined between the land mass area of Cahir and Carrowbehy, between the old ‘Red Bog’ names of the bog.
The survey was conducted in March 1830 and compiled in subsequent weeks. This road is typical of a likely location of a ‘togher’ which were extensively used and improved by local farmers in the Bronze Age and into the pre-Christian Iron Age.
The purpose of these trackway types made of wood was simply as a suitable method of passing undrained marshy land masses. The most intriguing detail relevant to the recording of this togher road is that it was recorded in the respective survey and may suggest that it maybe still in use or at the very least it still left a mark on the local landscape. Indeed, it may be probable that the ancient trackway was modernised by the use of stone and elevated to some extent accordingly. You can see it marked more clearly below.
Regardless, the fact it was recorded and where it was located opens up a great opportunity for research purposes relative to this ‘togher’ location and indeed the likelihood of more of this trackway type around Carrowbehy bog. The actual topography of this road and map area could easily suggest the most likely locations of other ‘Togher’ road types in Carrowbehy bog.
WHERE IS IT TODAY?
From the outset, the most relevant concern that needs to be examined is ‘where is this road today?’ Firstly, the march of subsequent progress in the district may offer a likely possibility. Noting that this map was a pre-famine survey, the more modern link road from Ballyhaunis to Loughglynn was improved in circa 1860s. This new road would have crossed this Togher road. The concern may be that any material on this Togher road may have found its way on to the new improved road. It is worth checking in any case!
(Also note that this map of 1830 does not record the ‘New Line’ road in Erritt. This may suggest that this road was most likely constructed in the 1830’s)
The Living Bog had a go at layering maps, with thanks to the OSI for allowing us to use their online maps. We overlayed the 1830’s map onto a current aerial view.
From overlaying the old maps onto more recent aerial imagery, it’s clear the ‘path’ of the old Togher Road is still there, alongside some forestry. It has been covered over substantially in recent years, and if not dissolved or disappeared it may well be subsumed by the march of earth and growing bog.
What is interesting to see if how the landscape changed in this small area over the course of almost 200 years. Where turf was not cut by traditional means, the old ‘Red Bog’ was forested and later reclaimed and put into use as agricultural land. Much of Ireland’s bogland was afforested over the last 150 years, quite a bit with non-native trees. Other LIFE projects in Ireland have concentrated on removing some of this forestry with some degree of success.
If you look at a recent clean aerial shot (from Bing Maps), you can still see the line of the Togher Road (between the red arrows), despite the changes to the surrounding landscape.
CULTIVATION OF BOGLAND aka ‘SPUDS ON THE BOG’
A more modern synopsis of farming practises in the 19th century notes the increased populations in West Roscommon and the country in general and the attempts to utilise bogland areas for more liveable and active agricultural purposes. This can be attributed to some marshy or cutaway lands that have been used for semi-arable farming and grazing purposes.
After the famine and the continual human burden of survival, the local steward of the Erritt Lodge estate conducted a research project in attempting to facilitate bogland area to grow potatoes of an acceptable standard.
Details attached from 1870 newspaper.
It is likely that this was a feature of both pre-famine and post famine activities in growing potatoes in bogland area. However, the attached detail seems to declare a more national newsworthy success in enabling the growth of potatoes!
This story adds to the extensive details recorded in both the Dillon and De Freyne estates in attempts in utilising bogland for more agriculturally productive requirements. Again, this detail is not of relevance to an ancient or medieval use of boglands, but it does illustrate ways that local communities tried to utilize and improve the use of boglands around Carrowbehy and district for more agricultural productive purposes in times past. (Other examples attained relevant to medical, conservation and lifestyle purposes).
UPDATE! November 9, 2017
Just as we posted this blog post on Nov 7th, a contract ecologist working for the Living Bog, George Smith of Blackthorn Ecology, just happened to be on Carrowbehy Bog undertaking some additional survey work. He had just come across a section of cut-over bog when he came upon a series of ridges, or lazy beds.
George says the series of ridges certainly seemed to be hand-dug, and were not the result of a machine on the bog. Peat extraction by machine did happen at Carrowbehy Bog SAC in the past, but it has been some time since machines were on the bog, and the presence of lichens and hummocks suggest these ridges have been there for some time.
George posted his pic to Twitter saying: “Lazy beds on cutover bog at the edge of Carrowbehy Bog. How desperate people must have been!”
Lazy beds on cutover bog at the edge of Carrowbehy Bog. How desperate people must have been! pic.twitter.com/upgetLxjPk
— Blackthorn Ecology (@BlackthornEcol) November 7, 2017
Are these the evidence of the ‘spuds on the bog’ experiment? Or did locals learn from it and attempt to grow their own spuds on the bog?
We’ll post an update soon….
MUSIC AND MYSTERY
When Seamus Kenny was collating the history and some stories for the Erritt Lodge book a couple of years ago, more stories emanated or in some cases some ‘heresay’ and rumours became more real after book completion!
As an example, more information on the French/Blake families in the district and the utilisation of Erritt Lodge for Feiseanna (Feis) in the early 20th century. Not alone was Jim Coffey and ‘Count’ John McCormack reputed to have visited the the Lodge, others such as acclaimed songwriter and performer Cathal McGarvey (Gaelic revivalist and writer of the ‘Star of the County Down’) is recorded to have performed at Erritt Lodge. Even more interesting is that a record exists of a photographer visiting a successful Feis at Erritt Lodge in the summer of 1907 and taking pictures with his Kodak camera!
Seamus also found details about the ‘White lady of the lake’… Keep checking into the website here for an update…
The Living Bog had a very active Heritage Week, with a number of key events happening throughout the period of August 18 – 27.
All of our events were a success with numbers way above what we expected or estimated, so thank you to one and all who attended, or even checked in online. Valuable community and heritage links are established during Heritage Week, so it was great to bring the word of raised bog restoration and The Living Bog to so many.
The week started off on Friday August 18 with The Living Bog being chosen as a showpiece Heritage Week provider by radio station Midlands 103. Their top-rated show, the Will Faulkner Show which airs 9am-12pm did an outside broadcast from Clare Bog Visitor Centre to celebrate the start of Heritage Week, and Ronan Casey from the Living Bog and Rebecca Dobson from Clara Visitor Centre were both on air to bring the bogs to the nation. Also on the show were Heritage Officers from Counties Offaly, Westmeath and Laois. It was a great opportunity to talk abo0ut the Living Bog and raised bogs in general, and it was a pleasure to do.
One of our signature events was our ‘LIFE on Westmeath’s Bogs’ talk in Streete Parish Park & Community Centre (close to Garriskil Bog SAC). Here, we hosted an informative evening talk with Ronan Casey (The Living Bog), Manchán Magan (author/broadcaster) and Trióna Finnen (NPWS) talking about all aspects of the bog story – from restoration work and the Living Bog to the cultural significance of bogs to the life that raised bogs support. Over 60 attended the event, which was supported by Westmeath County Council, and attendees came from the local communities in Streete, Lismacaffrey, Rathowen and Ballinalack as well as Mullingar, Longford, Dublin and rural Westmeath.
The venue was perfect with delightful cakes and tea/coffee rounding off the night, and the event received very positive press coverage before and after, particularly in local newspapers the Westmeath Topic and the Westmeath Examiner. An extensive poster campaign in North Westmeath also worked fine.
Two bog walks were organised on Clara Bog SAC in Co. Offaly. The first walk on the Wednesday was hit by bad weather, but we ploughed on regardless! However, better things were to come later in the week with the Friday walk a big success with over 40 in attendance, with tourists from Japan, visitors from Dublin and others from all over the midlands among those enjoying an informative guided walk from Ronan Casey (The Living Bog) and Rebecca Dobson (Clara Bog Visitor Centre). The Tullamore Tribune newspaper tagged along and the event received good coverage in it and on Midlands 103 FM.
Another big Living Bog showpiece event was our revival of Mullagh Day on the Bog. The long-planned revival of the former local festival celebrating Killyconny Bog SAC took place on Saturday August 26th and saw the local St Kilian’s Heritage Trust committee assisting Ronan Casey and Jack McGauley of The Living Bog. The enjoyable day featured old turf-cutting equipment displays and talks about the days of old on the bog at St Kilian’s Heritage Centre in Mullagh town, before the crowd were bussed out to Killyconny Bog SAC for a walk and talk by Ronan and Jack. Over 50 were in attendance and as the lads got the walk underway on the bog, there was more left waiting at the Centre, such was demand! The crowds were not just local, with tourists from Asia and America, plus people from Derry, Dublin, Kells, Navan and Drogheda enjoying the walk. There was a great atmosphere on the bog and in the town on the day, and it is hoped the event will be built on for next year.
To tie in with the event, we re-posted videos by local man Jim Smith to YouTube of old events from 1997 – 1999. These have attracted a lot of attention. A photograph display at St Kilian’s Heritage Centre was also well-received.
A few weeks before the event, a special radio outside broadcast from Mullagh Heritage Centre was arranged by Shannonside Northernsound’s Joe Finnegan Show. Ronan Casey from The Living Bog was invited along to talk about ‘Mullagh Day on the Bog’, the Living Bog and the St Kilian’s Heritage Trust event on Killyconny Bog SAC. The broadcast went down well, and Ronan has been back on the station since talking about The Living Bog.
The Living Bog has been both delighted and honoured to have played a small role in the creation of one of the finest books about bogs ever produced. ‘Tapestry of Light’ by renowned Birr, Co Offaly nature photographer Tina Claffey was released to widespread critical and commercial acclaim in October 2017, on Artisan House books. It is a stunning book, the ideal gift for anyone with more than a passing interest in the wonderful world of Irish nature and our native peatlands, which are among the world’s oldest near-natural eco-systems.
We met Tina early on in the Living Bog project. She is a vastly experienced nature photographer with an innate love for Ireland’s bogs, peatlands and wetlands. She grew up in Offaly, surrounded by bogs, but her journey to capture the bogs of Ireland in her unique style was helped greatly by a bog walk by legendary Offaly ecologist, geologist, botanist, author and broadcaster Dr John Feehan. For almost 10 years prior to this, Tina lived and worked in pristine wilderness areas in Botswana, and this experience awakened an appreciation of the natural world of her home country. Since her meeting with John, she started to publish her photography online and it was there where we encountered her first.
Since we got to know her, Tina has photographed many of Ireland’s most important raised bogs, including some of the Living Bog’s 12 project sites. Her beautiful images reveal the commonplace as something new and exotic.
Her unique perspective of the flora and fauna of the unspoilt raised bogs and wet woodlands of the Irish midlands are celebrated on every page of Tapestry of Light – Ireland’s bogs and wetlands as never seen before.
This 156 page, highly-illustrated and beautifully designed hard-back book shows bogs in a new light, and it would be a great gift for anyone who appreciates not just bogs but Irish nature and the environment. The book will ensure that the reader will never view Irish boglands in quite the same way again.
The Living Bog have been delighted to have worked with Tina, and she was at the official launch of The Living Bog in Clara on Friday, September 15 whereupon she presented the Minister for Heritage, Culture and the Gaeltacht, Heather Humphreys TD with one of the first copies of the book. The now former Minister of the Department was most impressed with the book and wished Tina every success in the future.
A week later and Tina struck again, presenting no less a person than the President of Ireland, Michael D Higgins, with two special copies of the book at the National Ploughing Championships, held in Screggan, Tullamore, Co Offaly. The President was delighted to meet Tina and her son Tristan again. The last time they met, at the launch of the Community Wetlands Forum in Abbeyleix, they presented him with a beautiful framed photograph of a round-leaved sundew, which he told Tina at the Ploughing, now hangs proudly in the Áras.
Tapestry of Light was officially launched in Dublin on October 12 2017 by Dr Matthijs Schouten. In case you were wondering about the title ‘Tapesty of Light’, well, it is taken from the eponymous poem by John Sheahan, the renowned musician and composer with the famous folk group, The Dubliners, and that great man was also at the launch.
The book includes a foreword by Dr. John Feehan and is published by bespoke publishers Artisan House in Connemara.
The Dublin launch was a well-attended event, and it saw ‘Tapestry of Light; pick up some very positive newspaper coverage, with The Irish Times, the Farmers Journal, and Irish Examiner in particular writing about the book. Later in the year, both the Times and Examiner would recommend the book in their ‘end of year’ lists.
You can order the book online HERE and it is also available in all good book stores.
To keep up to date with Tina and to see her excellent photography daily, she has a TWITTER page HERE and a FACEBOOK page HERE
MOONEY GOES WILD
RTÉ Radio 1, broadcast date: Sunday, 12 November 2017
The Living Bog was the subject of a special report on RTÉ Radio 1’s ‘Mooney Goes Wild’ programme – Ireland’s biggest nature show. Derek Mooney’s roving reporter, the legendary Eanna Ní Lamhna came to Clara Bog for the broadcast, and interviewed Ronan Casey of ‘The Living Bog’, Dr John Feehan and Tina Claffey.
You can listen back to the broadcast HERE
Sample press coverage for ‘Tapestry of Light’:
The Irish Times
Online feature HERE
Best Nature Books of the Year, by Michael Viney, HERE
Feature on the book HERE
Feature on the book HERE (log-in may be required)
Clara Bog Visitor Centre Exhibition
In the run up to the launch, for most of September and October, some photographs from Tina’s ‘Elements’ exhibition were on display at the Clara Bog Nature Reserve Visitor Centre in Clara, Co Offaly. The exhibition has since moved. Check out Tina’s FACEBOOK page for more info on it, the book and for daily updates featuring wonderful bog photography.
The President and the Sundew
The €5.4 million ‘The Living Bog’ project was officially launched on Friday, September 15, 2017 at Europe’s largest raised bog – Clara Bog in Offaly – by the Minister for Culture, Heritage and the Gaeltacht, Heather Humphreys T.D.
A large attendance was present at the award-winning Clara Bog Visitor Centre, close to the bog, for the official launch. Many community groups and individuals who have a connection to each of the 12 project sites were present at the launch, as were many political, governmental, environmental, NGO, and media individuals, as well as EU LIFE officials and a host of peatland dignitaries, activists and local landowners and farmers. The project is funded by the European Union’s LIFE Programme for Nature and Biodiversity projects and the Irish government’s Department of Culture, Heritage and the Gaeltacht.
Minister Humphreys said from an international perspective, the raised bogs of Ireland are among the most important near-natural eco-systems, and she thanked the LIFE Programme for its support in ensuring they will be enjoyed by generations to come. She said the 12 project sites could form a key part of a ‘Peat District’ in Ireland, which would attract visitors from all over the world. She equated the total area of raised bog habitat that Living Bog restoration work will improve to be akin to 7,000 major sports stadia.
The project sites (and nearest towns) are:
- Ardagullion Bog SAC, Edgeworthstown/Granard, Co Longford
- Garriskil Bog SAC, Mullingar, Co Westmeath
- Raheenmore Bog SAC, Daingean, Co Offaly
- Mongan Bog SAC, Clonmacnoise, Co Offaly
- Clara Bog SAC, Clara, Co Offaly
- Ferbane Bog SAC, Ferbane Co Offaly
- Moyclare Bog SAC, Ferbane, Co Offaly
- Sharavogue Bog SAC, Birr, Co Offaly
- Derrinea Bog SAC, Co Roscommon
- Carrowbehy Bog SAC, Co Roscommon
- Carrownagappul Bog SAC, Mountbellew, Co Galway
- Killyconny Bog, Mullagh, Co Cavan/Meath.
1% OF THE BOGS LEFT
The Minister hopes the 12 bog project will be the start of a major re-appreciation of Ireland’s last remaining raised bogs. Just 1% of the 850,000 acres of active, living raised bog mapped in the early 1810’s by Richard Lovell Edgeworth and others remains, and this alone accounts for almost 50% of the active, living raised bog in Western Europe.
“This is biggest single raised bog restoration project in the history of the state. It will see an area of raised bog the equivalent of 7,000 Croke Parks brought back to life. The project, in consultation with landowners and local communities, will use active restoration measures to establish suitable conditions for peat to once again form on the bogs. I hope this project will go towards the creation of a ‘Peat District’ for Ireland – an area of raised bogs which will give visitors a chance to discover 10,000 years of history.
“As an education and tourism resource, the natural eco-system that is a raised bog is without equal in Ireland. ‘The Living Bog’ team will encourage youngsters from National School level right up to University to visit project sites to learn more about this unique landscape. The project will also support community-led amenities at the bogs, with new walking trails and boardwalks being developed as the bogs become educational and environmental amenities.”
At launch, Minister Humphreys announced that amenity provision is to be developed for five sites and she was delighted to note the Living Bog team have been working with local community groups, and engaging with other government and local authorities to develop plans for amenities with the local groups.
The Living Bog team will be extending their community reach over the coming months, and will also be developing a schools programme with hundreds of schools. The project is also creating a history of midlands bogs and have urged locals in all 7 counties who have bog memories – be they of wildlife, work and tall tales – to contact them via email email@example.com or contact Ronan Casey at 076 1002627.
The launch and associated tour of Clara Bog were filmed by Irish national broadcaster RTÉ, and Midlands Editor and reporter Ciaran Mullooly created an impressive report which aired on the Irish national news at 6:01pm that day. It is also online HERE.
Well-known nature photographer Tina Claffey was among those at the launch and she was delighted to give the Minister the very first edition of her new bog photography book ‘Tapestry of Light’ to the Minister. The book has been part-supported by The Living Bog and the Department of Culture, Heritage and the Gaeltacht and is available nationwide in all good book stores and online HERE.
Below you will see a photo gallery from the launch.
You read about the launch on the Department website HERE
By John Cody, Project Hydrologist
It is a long accepted fact that active bogs sequester carbon from the atmosphere and potentially contribute to mitigating human induced climate change. However the scale of this climate change mitigation potential has been the subject of debate. Bogs are dynamic ecosystems and a bogs status as a sink or source of atmospheric green house gases is determined by ecological and climatic conditions. Thus the role of an active bog in mitigating climate change is variable in time and space.
The National Parks and Wildlife Service, through The Living Bog project, has initiated a collaboration with scientists from Trinity College Dublin and Carl Stuart Group to monitor how much carbon is lost from raised bogs in discharge from drainage networks. This project will use a Florescent Organic Matter (FDOM) sensor and a YSI EXO2 Sonde to continuously monitor drainage discharge rates and concentrations of dissolved organic carbon and dissolved organic nitrogen from raised bog Special Areas of Conservation (SAC) sites to determine the mass of carbon and nutrients exported from the bogs through drainage.
Under natural conditions peat accumulates in an active peat forming layer known as the acrotelm, at a rate of about 1 mm per year, as the main peat forming plants- sphagnum mosses actively grow in the spring and summer, removing CO2 from the atmosphere and converting it to biomass through photosynthesis.
Similar to a deciduous forest, as the sunlight of summer yields to the creeping gloom of winter, active growth ceases. As the leaves begin to drop from the trees the living sphagnum of the summer dies back and litter accumulates in the pools and lawns of the bog. In a forest fallen leaves are rapidly decayed, returning the carbon stored in their tissues to the atmosphere as the green house gases carbon dioxide, methane and nitrous oxide. In contrast the unique conditions found in bog habitats prevents the decay of the sphagnum litter, causing an almost imperceptible growth in the acrotelm, giving active bogs the ability to sequester carbon from the atmosphere.
Sphagnum mosses make the water in the acrotelm layer acidic enough to inhibit the bacterial decay processes. In addition to the acidity of the water, the water logged nature of the acrotelm results in anoxic conditions below the surface, further impeding aerobic decay processes. Thus an undisturbed acrotelm actively maintains the conditions for peat formation.
The plumes of peat smoke rising from chimneys all over Ireland in the winter air are the visible return of carbon dioxide to the atmosphere that was removed and stored in the living bogs several thousand years ago, perhaps at a time when climate change was driving the extinction of woolly mammoths. The process of carbon loss from the bogs does not end there. In order to produce peat for the fire several meters depth of the bog will have been disturbed establishing an ongoing, destructive feedback loop.
The drainage required to allow peat exploitation causes increased water discharge from the bogs, resulting in dissolved and particulate carbon losses in drainage discharge. The lowered water levels expose large areas of peat to the atmosphere, allowing microbial decay, which results in a continuous, invisible release of green house gases. In addition to CO2 these decay processes produce methane, which is 30 times more potent as a green house gas than carbon dioxide. As the bog dries the sphagnum dies back causing a reduction in the acidity of the bog waters further reducing the bog’s ability to actively sequester carbon.
The Living Bog project is a 5 year conservation project, funded through the European Union LIFE Nature and Biodiversity fund and the Department of Arts, Heritage, Regional, Rural and Gaelteacht Affairs. It’s objective is to restore peat active peat forming conditions on 12 raised bog SAC’s previously impacted by turf cutting. In the process the project will monitor the impact of restoration on the rates of export of carbon from in drainage from the sites.
The Living Bog project is the first time that FDOM sensors have been deployed in monitoring dissolved organic carbon in discharge from the bogs. The deployment of these sensors in terrestrial environments has only begun recently, as climate scientists have begun to recognise the importance of dissolved organic matter in terrestrial nutrient cycles. Carl Stuart Group and YSI have agreed to donate an EXO2 Sonde free of charge to the project for six months. The Sonde has been installed at an existing monitoring CO2 point on Clara bog, established by Trinity College.
Previously this monitoring point had employed traditional Grab sampling approaches. One of the limitations of this approach is that it is difficult to detect changes in carbon concentrations in response to storm events. The ability to continuously monitor flow rates and concentrations simultaneously provided by the EXO2 Sonde will allow researchers to quantify the mass of dissolved carbon exported from the bogs, and factors that influence background rates.
It is expected that through these activities the Living Bog project can begin to quantify the contribution of Irish raised bogs in carbon sequestration, and whether in fact your local bog can help save the planet.