Postdoc wanted to work on Farm-Ecos project

Post-doctoral research assistant wanted for Farm-Ecos project (Farming and Natural Resources: Measures for Ecological Sustainability)

Picture1.png

Farm-Ecos is a Department of Agriculture, Food and the Marine funded, interdisciplinary project, which aims to identify and outline the evidence base for novel, cost-effective measures to protect and enhance farmland biodiversity. These measures should increase habitat quantity, enhance habitat quality and improve ecological connectivity, from the farm to landscape scale.  Measures should thus help halt biodiversity loss and enhance the provision of ecosystem services. The project team, based at Teagasc, NUIG, GMIT, TCD and DCU, has expertise in agri-ecology, soil science, socio-economics and agri-environment policy.

We are seeking a post-doctoral research assistant (PDRA) to join this team and to lead field sampling and analysis of pollinating insects. The PDRA will be based in the research group of Jane Stout in the School of Natural Sciences, Trinity College Dublin. The PDRA will be responsible for fieldwork, insect identification, data collation, data management and sharing, data analysis and modelling, and writing reports and academic papers. The overall aim of this PDRA is to predict how farming intensity, habitat quantity, quality, and connectivity, relate to pollinating insect biodiversity, and to model the spatial extent of benefits in terms of the delivery of ecosystem services across the landscape.

Key skills

Essential:

  • PhD in ecology, agro-ecology, pollination, landscape ecology or similar
  • Proven ability to work in a team and to communicate effectively with other team members – the position will involve collaborative sampling, data sharing, analysis and writing
  • Fieldwork experience, preferably in agroecosystems, with sampling and identifying insects
  • Excellent quantitative and statistical skills, including mixed modelling
  • Excellent spatial analytical skills, including using GIS and spatial modelling software
  • Excellent written communication skills to prepare clear and precise documents and reports
  • Willingness to travel for fieldwork, including intensive sampling during the summer months in South-eastern Ireland
  • Full clean driving licence valid for Republic of Ireland
  • Language – must be fluent in English

Desirable:

  • Knowledge and interest in pollinators and pollination services
  • Experience in sampling and identifying flower-visiting insects
  • Own car

 

Salary: This appointment will be made at point 1 of the PDRA scale from the Irish Universities Association Researcher Salary Scales i.e. €37,223 per annum (gross) for 24 months, from 1st March 2019.

To apply: please send letter of application, outlining suitability for the post, and a CV including the names and contact details of two referees, to Jane Stout stoutj@tcd.ie before 11th January 2019. Interviews will be conducted 17/18th January (in person or via Skype).

For further information contact Jane Stout (stoutj@tcd.ie)

Bee baking – communicating our research through cake…

We have a wonderful tradition in Botany here in Trinity College Dublin – that of communicating our research to each other via a cake competition: The Botany Bake Off. Each week, members of the Botany Discipline gather to hear the stories associated with the cakes, to taste the cakes, and then cast their votes.

Members of the Plant-Animal Interactions Research group have contributed fantastically to this competition in the past, and this year is no exception.

Up first was Prof Jane Stout, with her bumble bee cake, which represented her plant-pollinator ecological research at a variety of scales: from the landscape, with its different habitats and floral resources for pollinators, to individual flowers and how their traits affect their value to insects, their visitation and pollination, to interactions with bees that forage on those flowers. From the colour patterns on the bee, we can tell it is from the Bombus lucorum cryptic complex, and so molecular methods are needed to identify the species.

20181008_202732

PhD students Irene Bottero and Elena Zioga then upped the game by presenting not only a wonderful cake, but a fantastic theatrical piece to go with it to describe their research which focuses on identifying the hazards bees face as part of the EU PoshBee and DAFM Protects projects.

Elena and Irene Bake off cake 2018

Emeritus group member, Paul Dowding, reflected on 50 years of research on various topics including air quality and pollen forecasting, and treated us to home-made buns representing various pollen morphologies, and home-made hedgerow jams from his sustainable farm in Co. Carlow.

paul bake off 2018

Finally, PhD student Cian White, presented his research on plant-pollinator interactions and how they are influenced by human activity in landscapes along a disturbance gradient. He used four different cakes to illustrate different intensity of human activity – from intensive agriculture to intensive urbanisation, to less-intensive agriculture and suburban habitats. And he told some tales about the interesting people he met along the way…

Cian bake off cake 2018

 

 

In previous years, members of the research group have produced these delicious delights… see details on the Botany Facebook page and last year’s EcoEvoBlog.

 

The 2018 winners will be announced next week…

PhD studentship available: How sustainable is the bioeconomy? A natural capital approach.

We are seeking applicants with Bachelors/Masters degree (2.1 or higher) in natural/environmental science, natural resource management, or similar, preferably with knowledge and experience in ecosystem services, natural capital, bioeconomy, and/or life cycle analysis to do a PhD on “Integrating natural capital into Bioeconomic industrial applications”.

A studentship, which includes a €18,000 stipend, plus €5,500 contribution to fees per annum, is available for 4 years from 1st March 2019.

The PhD student will be registered in Trinity College Dublin, supervised by Prof Jane Stout (TCD) and Prof Cathal O’Donoghue (NUIG), and work as part of the SFI-funded BEACON-Bioeconomy research centre, with access to the support of BEACON infrastructure.

20065932-4436-4ef8-a0d0-dbe04d4577e5

To apply: please send letter of application, outlining suitability for the post, and a CV with the names and email addresses of 2 referees, to Jane Stout stoutj@tcd.ie before 11th January 2019.

Project description: “Natural capital” comprises the world’s stock of natural resources, including all living and non-living components and associated bio-physio-chemical processes, from which flow ecosystem goods and services which have benefits and value to human society (see www.naturalcapitalireland.com). Natural capital is essential for a sustainable bioeconomy – it can be distinguished from physical capital (e.g. the factory that processes raw materials), social capital (e.g. employees harvesting and processing materials), and financial capital (e.g. the repayments on the operational costs). All types of capital are needed and an imbalance will reduce the capacity of the bioeconomy to function and threaten its long-term sustainability.

Natural capital stocks have been depleted globally, and although it is not about protecting the environment, the bioeconomy strategy could represent an opportunity to stop the loss of natural capital and the services that flow from it. However, integrating the natural capital approach into biobased industrial applications is challenging. One problem is in specifying and assigning “value” to natural capital in order to incorporate goods and services from nature into economic business models; another is making knowledge, tools and approaches accessible; and a third is reforming practices to align short-term private objectives with long-term public/societal ones.

This project will deliver a generic natural capital approach to developing bioeconomic activities in Ireland. This will involve determining impacts and dependencies (reliance on and outputs to) on natural capital across spatio-temporal scales (from local, regional, national to global; from cradle to cradle) for case-study applications, and developing general product rules.

Objective: Deliver generic and specific frameworks for integrating natural capital, tested on Technical Projects, applicable across industries. Demonstrate how natural capital accounting could underpin bioeconomy business case development and natural capital management.

Methodological approach: Using an LCA approach and incorporating economic valuations, costs and benefits of alternative pathways can be determined. The project will further identify pressure points at which intervention could minimise potentially adverse impacts on natural capital.

 

See also advertisement on Findaphd.com

The Future of Sustainable Pest Management workshop

On October 5 2018, the Plant-Animal Interactions Research Group at Trinity College Dublin hosted a one-day workshop entitled “The Future of Sustainable Pest Management.” The attendees of this workshop came from a wide variety of institutions around Ireland, including UCD, DCU, Teagasc, DAFM, and of course Trinity itself. There were three talks given in the Botany Lecture Theatre, and then a final seminar open to everyone held in the Ecology, Evolution, and the Environment Seminar Series in the Museum Building.

sustainable pesticide workshop 05.10.18

The main objectives of the workshop were:

  1. To discuss the problems and potential of current and future methods of pest control in agricultural systems.
  2. To develop new research networks and ties.
  3. To compare pest control methods and policies within Ireland and abroad.

To this end, the workshop was a resounding success! I personally learned so much from each of the talks, and felt they complemented one another perfectly. I am so grateful to the speakers and participants who took the time to come to this workshop. And I was encouraged to see participants chatting to one another about potential collaborations.

 

Talk Overviews:

The first speaker, Aidan Moody, started the day by discussing the careful ways in which the EU and Ireland ensure that chemicals are safe to be released to the market. He also welcomed anyone to come visit Teagasc to learn more. Mr. Moody’s talk is available here.

The second speaker, Ronan Byrne, then gave a thorough overview of the mechanisms behind the evolution of herbicide resistance in weed species, with a particular focus on herbicide resistant weeds in Ireland. Mr. Byrne’s talk is available here.

The third speaker, Brian Murphy, gave a talk on new ideas regarding fungal endophytes in plants, and how these can help to promote crop yield without using chemical applications. Dr Murphy’s talk is available here.

We then had lunch at the Trinity Dining Hall so that participants could mingle, discuss ideas, and develop new research networks.

We had an international speaker, who was also speaking in the Ecology, Evolution, and the Environment seminar series, Prof. David Mortensen. Prof. Mortensen gave the last talk of the day on the potential to influence policy on herbicide usage and change behaviour in agriculture. Prof. Mortensen’s talk is available here.

Finally, students had an opportunity to chat more to the seminar speakers at the end of the day as we met up at the Bank.

Graduate students Irene Bottero and Elena Zioga (from Jane Stout’s lab) wrote a complete summary of the workshop, which is available here.

 

Speaker Bios:

Aidan Moody is the Head of the Pesticides Division at the Senior Inspector Level for the Department of Agriculture, Food and Marine, for Ireland. He gave a talk on EU policies regarding the approval of chemicals for use in agriculture, including the stringent requirements the producer must meet to release a new chemical. https://whodoeswhat.gov.ie/branch/agriculture/CI/aidan-moody/877/

 

Ronan Byrne is a PhD candidate at the University of Sheffield, currently working with Teagasc at Oak Park, in Co. Carlow. He is a Walsh Fellow working on herbicide resistance in grass weeds here in Ireland, and specialises in molecular biology, genomics, bioinformations, and molecular evolution. https://www.teagasc.ie/about/research–innovation/research-impact-highlights/grass-weed-control-in-irish/

 

Brian Murphy is a research fellow funded by Enterprise Ireland at TCD with a Masters level Special Purpose Certificate in academic practice. He has a high commendation as a registered scientist with the Science Council. He recently won the award for best new technology emerging from 3rd level with Trevor Hodkinson for e-Seed, an agritech company. https://www.researchgate.net/profile/Brian_R_Murphy

 

Dave Mortensen, previously head of the Ecology program at Penn State University, was named a Distinguished Professor by that university this year. He also recently received an oustanding teacher/mentor award, which is distributed exclusively by the students. He is now at the University of New Hamphsire, where he is the chair of Agriculture, Nutrition, and Food Systems. This department includes 35 faculty who work on the spectrum from sustainable food production through to human health. The thread that holds Prof. Mortensen’s work together over teh years is fundamental and applied science centered on ecosystem service provisioning and how that is influenced by the structure of the landscape. https://plantscience.psu.edu/directory/dam37

 

 

Special Thanks:

Special thanks to everyone who made this workshop possible; Jane Stout, Matthew Saunders, Pepijn Luijckx, Siobhan McNamee, Mandy Lockhart, Olive Keegan, Suzanne Richmond, Cian White, and Sandra Kavanagh. Funding from TCD’s Visiting Professorships and Fellowships Benefaction Fund and Marie Curie Individual Fellowship (FOMN 705287).

By Laura Russo, Marie Skłodowska Curie Postdoctoral Research Fellow.

The Bombus lucorum complex – a study across urban and rural habitats

During summer 2018, Trinity College Dublin undergraduate student, Maeve McCann, carried out a research project using molecular methods to identify individual bumble bees belonging to the Bombus lucorum complex. She wrote a blog about her fieldwork back in July, and now she has completed her project. Here’s what she found…

Summary:

Bumble bees are commercially and ecologically important pollinators. They are declining in Ireland due to climate change, land use change and habitat loss. To inform effective conservation it is vital that species distribution and abundance is known. Four of the most common bumble bees in Ireland, belonging to the Bombus lucorum cryptic complex, require molecular identification through PCR/RFLP digest to distinguish individual species, as morphological characteristics are shared in a cryptic manner.

Picture2
Taxonomy of the Bombus sensu stricto subgenus in Ireland. The species highlighted in green are species of bumble bee present in Ireland that are indistinguishable using normal morphological identification methods. Bombus terrestris queens are distinguishable by their buff tail, however workers usually have the colour banding pattern of the lucorum complex, and so are considered part of cryptic complex. Any ambiguous records for these 4 species are referred to Bombus lucorum agg (aggregate).

Our study used molecular techniques to identify bees from the urban and rural settings of Dublin city and County Fermanagh respectively.

Picture3
Dublin city, situated on the eastern seaboard of Ireland, is shaded blue. County Fermanagh, part of Northern Ireland, in the north-west of Ireland is shaded green.

We were able to identify a total of 98 individuals, which revealed a unique species composition in each region. In Dublin, individuals were identified as Bombus cryptarum (4.2%), Bombus lucorum (8.3%) and Bombus terrestris (87.5%); and in Fermanagh, Bombus cryptarum (46%), Bombus lucorum (20%) and Bombus terrestris (34%).

Picture1
A Bombus cryptarum worker caught at Killykeegan Nature Reserve in Co. Fermanagh. Its banding pattern of a yellow band on the thorax and abdomen and a white tail is shared by members of the Bombus sensu stricto subgenus.
Picture6
Species composition by region. The Dublin pie chart corresponds to the following percentages for each species: B. cryptarum (blue) = 4.2%, B. lucorum (orange)= 8.3% and B. terrestris (grey)= 87.5%. The Fermanagh pie chart shows species composition of: B. cryptarum (blue) = 46%, B. lucorum (orange) =20% and B. terrestris (grey) =34%.

No Bombus magnus individuals were found.

Conclusions:

This research project has shown differentiation in the species composition of the B. lucorum complex across a rural and urban setting. The species present varies between each region, but pooled regional data are mostly representative of each site within the region. While the findings show clear regional differences, this difference in species composition could indicate that these species are variable with regard to their preference for a rural or urban environment. However, the extent to which the B. lucorum complex reliably differentiates across all of Ireland can only be assessed by an all-Ireland study controlled for these rural and urban differences. As it stands, B. cryptarum and B. magnus are data deficient, however it could be noted that much of the data on B. lucorum is inconclusive as it too is also deficient on high quality (molecular) identifications.  More investigation is required to understand the ecology of each species uniquely and thus inform conservation strategies.

Download the full report here.

Maeve McCann is an undergraduate Science student at Trinity College Dublin, and her project was supported by the C.B. Dennis British Beekeepers’ Research Trust.