Irish foresters invited to join workshop demonstration of our ForES online decision-support tool

Calling all people working in the Irish forest industry - the ForES project will host two workshop demonstrations of our online decision-support tool and you are invited.

Our project has developed an open-accesss online tool using natural capital accounting and structured decision-making principles to inform sustainable forestry management.

Please join either in person / online at your choice of the following dates: 

• April 28th, 10am-1pm at Trinity College Dublin (School of Natural Sciences Boardroom, fourth floor of the Aras an Phiarsaigh building) - Register HERE

  or

• Online on April 29th, 2pm-5pm - Register HERE. 

Please contact conroyk1@tcd.ie twith any queries. 

Please share this invitation with any foresters or land owners you know.

ForES role: Seeking a researcher/project manager for our Ecosystem Accounting project

A highly motivated individual is sought to join the multi-disciplinary team for the final year of the ForES project, funded by Department of Agriculture, Food and the Marine (DAFM).

The successful applicant will be based in the School of Natural Sciences at Trinity College Dublin, with Professors Jane Stout and Yvonne Buckley, and will work with Professor Mary Kelly Quinn at UCD, and partners at Ireland’s semi-state forestry industry, Coillte. In addition, they will work closely with Natural Capital Ireland, who support the project dissemination.

About the project

Forestry provides timber, but also supports biodiversity and supplies other public benefits, including carbon capture to tackle climate change, and opportunities for recreation. To enable a sustainable supply of multiple benefits from Irish forests, ForES is co-developing natural capital accounts and decision-support tools for foresters.

Using the United Nations System of Environmental-Economic Accounting Ecosystem Accounting (SEEA EA) framework, the international standard for ecosystem accounting, the ForES project has developed ecosystem Extent and Condition accounts for a suite of Coillte-owned sites across Ireland (see A decision methodology for site-level ecosystem accounting and A capacity index to connect ecosystem condition to ecosystem services accounts).

By assessing the quantity, quality and location of forest stocks in Extent and Condition accounts, flows of commercial timber production, carbon sequestration, water retention, biodiversity and recreation are being determined. Service flows are modelled under different ecosystem service priority scenarios to provide managers will the information they need to fulfil multiple objectives at both site and estate level. This will support a structured decision-making approach in the Irish forestry context.

About the role

We are seeking an experienced individual to join the team for the final year of the ForES project. This person will be responsible for:

1.      Developing Ecosystem Service accounts for 25 case-study Coillte sites, including timber, carbon, biodiversity, water, and recreation.

2.      Using the methodology already developed to calculate Extent, Condition and Service accounts for a suite of privately-owned sites.

3.      Working with the project team to support development of a user-interface for an online Decision-Support tool.

4.      Project management, including reporting, data management, and managing relationships with project personnel and partners

Skills and qualifications required

Essential

-        Exceptional skills in management of multi-partner project, including arranging meetings, reporting, and interacting with researchers and wide range of stakeholders (partners, foresters, funders, and decision-makers)

-        Excellent inter-personal and problem solving skills

-        Excellent personal time management

-        Excellent data handling and presentation skills

-        Excellent report writing skills

-        Experience with range of software for data handling, analysis, and reporting

Desirable

-        PhD in ecosystem service science, ecology, forest management, natural resource management or similar

-        Proficiency in using GIS software

-        Experience in successfully publishing scientific journal articles

-        Experience in using/developing web-based decision-support tools

Job specifications

Post status: 12-month Specific Purpose Contract

The duration of this contract is limited to the above fixed term in order for the successful candidate to complete work on the ForES project. This contract is therefore limited to a fixed term and is not being offered on a permanent basis, as the specific scope of responsibilities associated with this role aligns with the externally-funded ForES project time-line and deliverables, and is expected to conclude within the period outlined.

Hours of Post: Full-time, 35 hours per week

Salary: This appointment will be made on the Post-Doctoral Researcher Salary Scale (€44,847 - €57,332 per annum), at a point depending on experience, in line with current Irish Universities Association University Research Salary Scales/Guidelines.

How to apply

Applicants should submit a Curriculum Vitae and a Cover Letter that specifically addresses their relevant experience and outlines their suitability for the position, along with the names and contact details of three referees, to Jane Stout (stoutj@tcd.ie).

The position will remain open until filled. Applicants who do not address the application requirements above will not be considered at the short list stage.

New paper: A capacity index to connect ecosystem condition to ecosystem services accounts

Ecosystems have different capacities to supply ecosystem services. A plantation forest might be ideal for supply of timber but the supply of habitats for wildlife may be poor. The ForES team has published research showing how accounts of ecosystem capacity to supply ecosystem services can be incorporated into standard Ecosystem Accounts. Here our post-doc Francesco Martini explains more...

Figure 1: Representation of the methodology to develop capacity accounts. The advancement of this study is the “capacity” to deliver diverse ecosystem services, which allows the link between the ecosystem characteristics underpinning the condition and capacity to supply ecosystem services, and the final ecosystem services of interest, to be made explicit.

The System of Environmental Economic Accounting - Ecosystem Accounting (SEEA EA) is a spatially explicit statistical framework to standardise reporting of the ‘flows’ of ecosystem services, alongside the extent and condition of ‘stocks’ of ecosystems. The condition of an ecosystem asset is calculated by comparing a range of selected characteristics, representative of the condition of ecosystems (e.g. soil quality, number of species, density of trees) to what can be considered a “natural” state, usually referred to a pristine condition free of human interventions. The ecosystem service accounts then illustrate the range of services that are provided by the ecosystem.

Building on the SEEA EA guidelines to develop condition accounts for forest sites, the ForES team proposed a methodology to create an ecosystem capacity index and related capacity accounts (see Figure 1 above). As a result, capacity scores are assigned to each ecosystem asset (i.e., an area of a certain ecosystem type), each corresponding to the capacity to supply a different ecosystem service.

This methodology attempts to bridge the gap between condition and services accounts in the SEEA EA. The capacity accounts could also be more useful to land managers compared to condition accounts, because they can show potential supply of different ecosystem services given the current values of selected variables. For example, a Sitka spruce plantation would likely have low values of condition (compared to a “natural” state, which would already be complex to establish for a country like Ireland, but this is a different story), yet it would still be able to supply valuable services, such as timber provisioning and climate regulation. The capacity accounts could assist reassessment of management objectives in circumstances where there may be a mismatch between ecosystem capacity and management goals in terms of delivery of ecosystem services.

Read more in the full article in the Ecological Indicators journal: https://doi.org/10.1016/j.ecolind.2024.112731 by Francesco Martini, Kathleen Conroy, Emma King, Catherine A. Farrell, Mary Kelly-Quinn, Carl Obst, Yvonne M. Buckley, Jane C. Stout

The ForES project is funded by the Department of Agriculture, Food and the Marine’s Competitive Research Funding Programme.