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Teagasc - The Irish Agriculture and Food Development Authority

Teagasc Research Programme 2001

Introduction

The Teagasc medium-term plan, Teagasc 2000, provided the framework for the research programme to be implemented in the following years. This plan is relevant to the changing needs of the Irish agri-food industry, is market-led and designed to support Irish agriculture and food within the framework of Government policies and priorities. In particular, the plan underpins national objectives for the agri-food sector as enunciated in general terms in the National Development Plan 2000-2006 and specifically in the Productive Sector Operational Programme.

In line with these objectives, the research portfolio features a significant food processing industry component, specifically taking cognisance of the demand for safe and quality food in an increasingly affluent Europe. The programme also places a strong emphasis on research relating to the rural environment, animal health and welfare and policy analysis. It also includes a number of traditional production research objectives, reflecting the need to ensure the ongoing competitiveness of Irish agriculture. Most significantly, in light of the additional funding made available in 2000 to retool the research capabilities of Teagasc, the programme features an enhanced level of activity in biotechnology.

The prioritisation of biotechnology reflects the importance attached to this technology for the agri-food sector in the Agrifood 2010 Main Report and the national importance of the technology as reflected in the establishment of the Technology Foresight Fund.

The research programme is complemented by the delivery of a wide range of technical services to the various sectors of the agri-food industry.

Summary

The Research and Development Programme comprises of 307 projects of which 268 are classified as research and the remainder as technical services, training and related activities. The total budgeted programme cost is €43m, of which research accounts for €35m and other activities for €8m. Income for the year is budgeted at €14m, giving a net programme cost of €29m.

  • Research on Sustainable Agriculture and Rural Development encompasses 192 projects with an estimated total expenditure of €26m.
  • The principal production programmes in dairying, beef, sheep, pigs and crops account for 108 projects and expenditure of €18m.
  • Research in Agri-Food Economics, Rural Development and Rural Environment comprises 84 projects and expenditure of €8m. The increase in the scale of the Rural Environment Programme reflects the considerable funding invested under the Environmental RTDI Programme 2000-2006, which is managed by the EPA.
  • An important issue worth noting also is the increase in Framework Funding under the Fifth Framework Programme in Production Research following a decline in participation under FP4.
  • Food research in 2001 embraces 76 projects at a cost of €9m. The scale of this programme reflects the success of the two food centres in obtaining contracts under the Food Institutional Research Measure (FIRM) 2000-2006. FIRM funding represents a continuation of the funding under the Non-Commissioned Food Research Programme 1994-1999. This Programme considerably increased the funds available for food research and hence the levels of food research activity. Teagasc was able to develop considerable research critical mass as a result of the Programme and the continuation of FIRM funding is critical to the further development of the capabilities built up in the 1994-1999 period.
  • Technical Services cover a broad range of activities, including analytical services, technology transfer and dissemination, involving a gross expenditure of €8m and an income of €4m.

Agri-Food Economics

This programme responds to the requirement for strategic independent research on both the domestic and international economic, policy and market environments relevant to the Irish agri-food industry. Decision-makers in both the public and private sectors need a full understanding of the likely impact of alternative policy options on profitability and competitiveness. All sectors of the agri-food industry have a critical need for market trend analyses. Producers require up-to-date information on the economic performance of the main farm enterprises and on the possibility for improving control of production costs at farm level. Processors need to be continuously informed of changes in the competitiveness of Irish farm produce relative to their main competitors and on factors that affect processing costs and efficiencies.

Objectives

The research programme in Agri-Food Economics aims to develop the strategic knowledge base on:

  • The impacts of policy changes and market trends on the competitiveness of the Irish agri-food industry.
  • Developments in export markets and changes in consumer preferences.
  • Changes in the economic performance and competitiveness of the main farm enterprises.

Programme Emphases

Currently the modelling work in collaboration with FAPRI at the University of Missouri is particularly concerned with analysis of potential outcomes from a further WTO agreement and in particular with the impact of a potential reduction of export subsidies. Collaboration with similar modelling teams in 13 other EU member States began in 2001 funded by the Fifth Framework Programme.

The extension of the modelling work to farm-level analysis will continue, as will the use of farm- level modelling to project the impact of milk quota abolition in Ireland and in key competitor economies.

Work will continue on the analysis of the impact of direct payments on beef production systems and on the analysis of the competitiveness of beef and crop production.

The Market Studies programme will primarily focus on the decision-making processes of the consumer. A strategic alliance with MAPP, the Danish Research Institute for Market Surveillance, has already been put in place. A number of projects will include consumer market segmentation studies on convenience foods, food service and organic foods.

Further information: epitts@hq.teagasc.ie

Rural Development

Government policy points to the need for a more active rural renewal policy to maximise development and employment opportunities in rural areas and to help stabilise rural population numbers. In particular, it stresses the need to establish new types of farm enterprises, strengthen the competitiveness of rural businesses, harness local leadership and adopt an integrated approach to area-based development through effective partnerships between the state organisations, social partners and the voluntary sector.

Objectives

Teagasc's Rural Development Research Programme aims to:

  • Provide a better understanding of the key dynamics of change and of the adjustment process in rural areas.
  • Develop the methodologies and databases required for the proper planning and effective organisation, implementation and assessment of rural development strategies.
  • Establish the financial and technical feasibility of alternative and diversified farm enterprises and rural businesses.

Programme Emphases

A major new emphasis in the programme is the building of a model of rural development in Ireland. In partnership with colleagues in the University of Leeds, a model is now being built, which will enable projections of population and labour force in rural areas to be made. Other new proposals (all involving partnerships with colleagues in other member states under Fifth Framework contracts) are concerned with integrated rural tourism, aspatial peripherality and supply chains for food SMEs.

The scarcity and cost of labour is driving mushroom growers to consider using less labour intensive production systems. Researchers at Kinsealy Research Centre are conducting a detailed examination of possible alternatives to bag growing.

The Kinsealy collection of rare nursery stock plants was bulked up and distributed to the industry. This is a valuable contribution in enabling the nursery industry to improve its competitiveness.

In farm forestry, a major new project, funded under the Fifth Framework Programme, will use genetic fingerprinting and testing of clones to improve the quality of ash. The major study on developing a national forestry soil classification and productivity ranking system programme, which commenced in 1998, will be continued.

Both at Kinsealy and Clonroche some land is being set aside for conversion to organic. This will allow Teagasc to investigate urgent problems being encountered by growers of organic horticultural crops.

Further information: epitts@hq.teagasc.ie

Rural Environment

Securing the development of agriculture while protecting the environment represents a significant national challenge. In this context, Council Regulation (EC) No. 1257/1999 on support for rural development is aimed at the achievement of an economically efficient and environmentally sustainable agriculture. There is an urgent requirement to develop the knowledge base necessary to guide farmers and legislators to ensure the development of agronomically and environmentally sustainable farming systems. Funding has been obtained under the Environmental RTDI Programme 2000-2006, which has facilitated an expansion of the programme and the strengthening of linkages with other research organisations.

Objectives

  • To quantify the environmental responses of various agricultural systems
  • To make available to farmers the information required to ensure environmental sustainability.

Programme Emphases

The nutrient loss to water research programme will operate at three levels - laboratory/lysimeter, plot/field and catchment scale. Laboratory studies will investigate the physical, chemical and biological processes that determine how and to what extent nutrients are lost from agricultural systems and how maximum nutrient efficiency can be achieved with mineral and organic fertiliser. In conjunction with these, field/plot scale trials will investigate nutrient losses and the potential role of management to control them. The aim will be to quantify the contribution of various sources, i.e. soil, grazed pastures fertiliser, slurry farmyards, seasonality etc.

The sustainable farming systems programme will measure environmental performance under a range of systems, including dairying, beef and arable. Initially the measurements will be confined to phosphorus loss in overland flow and nitrate leaching potential from grazed pastures in dairy and beef systems.

Through adoption of a partnership approach with the universities, the research programme on air emissions from agriculture will focus on establishing reliable inventories of greenhouse gas and ammonia emissions from agriculture and, in particular, the role of livestock production.

The management of manure is increasingly being controlled by legislation (IPC Licensing, Waste Management Act, P Regulations). Land spreading to recycle the nutrients contained in the manure is considered to be the most economic and sustainable management option, but has major potential for pollution. The research programme will consider the following aspects - production, storage, treatment, application and utilisation.

Further information: jlee@johnstown.teagasc.ie

Food Processing

The main thrust of the Food Programme is directed towards developing the base of expertise and information in generic technologies to assist the Irish food industry to achieve consistent quality and guaranteed safety, allied to product and process innovations. The programme covers the full spectrum of the innovatory process, ranging from market studies through strategic research to technology development services and training programmes.

Objectives

The objectives of the food research and associated technology development services and training programmes are to

  • ensure that the highest standards in terms of quality, safety and nutrition are constantly achieved in manufactured food products
  • provide the necessary scientific and technological enabling capacity in food products and ingredients.

Programme Emphases

(i) Dairy Products Research Centre

The overall objective of the cheese research programme is to enhance product differentiation through innovation in flavour, texture and functionality, improve process efficiency and explore opportunities for new varieties. Most of the research will concentrate on mozzarella cheese and on cheddar/cheddar variants. Specific objectives will include: development of new cheese cultures with improved cheesemaking properties; overcoming quality defects in low fat mozzarella; development of medium moisture cheese varieties with targeted flavour and textural properties; examination of factors affecting cheddar cheesemaking efficiency and enhancing the flavour quality of cheese-flavour ingredients.

The overall objective of the food ingredients programme is to develop technologies for extending the functional and nutritional attributes of ingredients (mainly milk based) and their use in formulated foods. Specific objectives include: studying the ingredient properties of milk proteinates; development of new whey protein technologies; establishment of expertise in milkfat fractionation; enhancing heat stability of milk protein for infant formula; developing alternative technologies for improving the microbial quality of milk and milk powders; exploring new uses of milk powders in baked products and confectionery; and using fermentation technology to convert lactose into added value metabolites.

Research in food safety will concentrate on Mycobacterium paratuberculosis from the perspective of pasteurisation efficiency and survival in dairy products, on the risk posed by some emerging pathogens to dairy products and on antimicrobial factors produced by lactic cultures. Food nutrition research will be aimed at the development of probiotic cultures for food and feed use and on the beneficial properties of the milk component CLA.

Further information: ldonnelly@moorepark.teagasc.ie

(ii) National Food Centre

The main emphasis in meats will be to increase the competitiveness of the Irish meat industry in the production of fresh meat products of consistent quality, and processed meat products that are convenient, wholesome and nutritious, by the development and transfer of appropriate science and technologies. Production factors and post-mortem carcass interventions will be examined to provide a product of a defined consistently high quality. A core competency will be developed in biotechnology in relation to meat quality. New processes and functional ingredients will be evaluated to improve the convenience, nutrition and economic viability of existing or new meat products.

Research on Consumer Foods will focus on ingredients and process technology with emphasis on ready-meal and related applications. This will include flour and hydrocolloid technology, multi/combined processing (e.g. freeze-chill technology; sous vide with freezing; multiple freeze-thaw), minimal processing (e.g. osmotic treatment; minimal processing vs antioxidant status), and novel packaging with emphasis on reduced-fat baking products, and on biopackaging applications in convenience foods. Rapid quality measurement in foods is also a priority and will involve authenticity / conformance testing by infra-red, on-line application of near infra-red in food processing operations, and fruit and vegetable quality measurement using near infra-red.

Research on Food Safety will aim to meet the demands of the food industry, by providing a detailed understanding of the characteristics of pathogens in terms of different foods, virulence factors, evolutionary potential, growth / survival capabilities and transmission. The assessment of the risk posed to the consumer by pathogens on foods will also be important. Industry will be provided with cost-effective ways to improve public health and prevent serious food-borne consumer health problems from contaminated food.

In the area of chemical residues, the food industry will be provided with more complete information on the incidence of residues in food. Modern and efficient systems in residue testing will be developed to support the production and sale of safe food. Irish food products will be supported in the marketplace through the availability of timely, focused and high quality data and information on chemical food safety.

Further information: v.tarrant@nfc.teagasc.ie

Dairy Production

Income on dairy farms continues to be good relative to other enterprises. Dairy farmers must use the period ahead to prepare their farm businesses for a freer market in the longer term. Dairy enterprises will need to grow in size, be highly labour efficient and employ low cost systems of production. Production technology will continue to play an important part in improving the profitability of dairy farms while supplying milk of high quality for the food processing industry.

Objectives

The objective of the research programme in Dairy Production is to

  • improve the competitiveness of Irish dairy production while ensuring product quality and safety
  • reduce the seasonality of supply
  • ensure that production systems are compatible with animal health and welfare and the protection of the environment.

Programme Emphases

The programme will continue to prioritise improvements in the competitiveness of the dairy industry through increased production efficiency and enhancing the value of milk. The programme on developing the "best" type of cow for the Irish production system will be expanded to include an evaluation of cross-bred dairy cattle as well as New Zealand, Holstein-Friesian and Norwegian Red cattle.

This project will provide information on the type of dairy cow best suited to Irish grass-based seasonal-calving system of milk production. Systems of production will continue to focus on reducing fixed costs while exploiting grazed grass as a feed resource. A study seeks to define and investigate the optimum grass cover for spring grass utilisation, whist another new study seeks to evaluate the potential for intake and efficiency of utilisation of grass varieties. Low stocking rate/low nitrogen input systems will be evaluated. In the area of animal health, a new study will evaluate specific bacteriophages in the prevention and treatment of bovine mastitis. The evaluation of the environmental implications of our production systems will become a more important component of the programme in future, while the emphasis on the regional dimension of milk production will be enhanced.

A particular focus of the programme will be to develop further capability in biotechnology. The research in this area will focus on genetics, animal health, nutrition and reproduction physiology.

Further information: scrosse@moorepark.teagasc.ie

Beef Production

There are in excess of 100,000 farm families involved in beef production in Ireland. The sector accounts for 40% of agricultural output and nearly 90% of production is exported. Irish producers must concentrate on producing a consistent quality product that meets market specifications and employ production systems that are environmentally sustainable. Following a capital injection of €1.27 million during 1999/2000 the facilities at the National Beef Research Centre at Grange are being updated and this will have a major influence on the evolving programme.

Objectives

The overall objectives of the beef research programme is to

  • enhance the profitability of Irish beef farmers through improved cost efficiency of grassland and forage production and optimal animal husbandry practices
  • produce a product that meets consumers' perception of quality

Programme Emphases

  • A new study, funded under the Fifth Framework Programme, is proposed on ensiling and grazing of energy-rich grasses with elevated sugar contents for the sustainable production of ruminant livestock, with the objective of providing a sound scientific basis for using high sugar grasses in grassland-based agriculture.
  • New studies on animal welfare include an assessment of the effect of weaning stress on calf welfare and a study on the health and welfare of the suckler herd progeny.
  • A study is proposed on bull beef production on grazed grass from birth to slaughter, measuring animal performance and welfare, environmental and economic sustainability.
  • An experiment funded under the Fifth Framework Programme, is proposed to examine the use of grass and/or clover to increase the concentration of beneficial (to human health) compounds in beef. The objectives are to maximise the concentrations of omega 3 polyunsaturated fatty acids (PUFA), conjugated linoleic acid (CLA) and antioxidants in grass-fed beef.
  • Three new studies will get underway in the area of animal reproduction. A study is proposed on concurrent and carryover effects of NEB (negative energy balance) and embryo survival rate in cows. A further study is proposed on identification of ovarian genes that regulate ovarian function. A final study on the biochemical composition of uterine environment and embryo survival in the cow is proposed.

Further information: eoriordan@grange.teagasc.ie

Sheep Production

The number of breeding ewes and the number of sheep flocks have both declined over recent years as indicated by the following summary.

Year Number of
Ewes Flocks
1997 4.9 M 47,080
1998 4.9 M 44,565
1999 4.8 M 43,182
2000 4.5 M 40,988
2001 4.2 M 39,000

This trend is associated with a failure of EU support mechanisms to compensate for declines in market returns and producers' perceptions of relative disadvantage of sheep enterprise.

Dialogue with established Discussion Groups during the current year indicated a consensus around the following issues as areas of concern

  • Labour demands of sheep production
  • Parasite control
  • Lameness in lambs and ewes
  • Most effective way to use supplementary concentrates

These discussions also highlighted the gross inadequacy of records on these farms about the technical and financial performance of the sheep enterprise - which is a core activity for all farmers in Sheep Discussion Groups. Consequently, effective discussion of the farm business and how to exploit technology to improve competitiveness is severely handicapped.

Objectives

  • To increase the competitiveness of lamb meat production through better utilisation of grassland, improved ewe productivity and product quality
  • To minimise production costs while avoiding any adverse effects of sheep grazing on the environment.

Programme Emphases

Studies related to control of gastro-intestinal parasitism will be expanded with two new projects. The first concerns the genetic basis for breed differences which we have identified (Suffolk vs Texel) and will involve using DNA technology to establish the role of candidate gene loci in the Major Histocompatability Complex in faecal egg counts.

The second project concerns the use of flock average faecal egg counts as part of the information input to improve grazing management and enable the rational use of anthelmintics. This will include evaluation of New Zealand technology for DIY on-farm faecal egg counting.

Research will continue, in collaboration with UCG and AgResearch (NZ), on identification of the gene(s) responsible for ovarian hypoplasia in sheep.

Work on technology transfer will be continued using a step-by-step approach to getting enthusiastic members of Sheep Discussion Groups involved in assembling core financial and technical data on their own sheep enterprise and farm operations.

Experiments on the responses of lambs to concentrate supplements during the pre-weaning period will be established at Athenry and specific elements will be replicated on farms involved in the Technology Transfer programme. The objective is to define more precisely the lamb growth response to different levels of supplementation under a range of grass supply situations. The impact on subsequent sward changes will be measured as well. The results will be incorporated in a computer model being developed to predict the lamb-drafting pattern from lamb growth curves.

A study at Knockbeg has established the scope for extended grazing in mid-season production systems. However, this study involved a period of housing with silage feeding in late pregnancy. A new project is proposed which will eliminate the need for silage or housing in a high-output mid-season production system.

Research on sheep AI will focus on a direct evaluation of an IVF-based test of fertilising capacity of frozen-thawed semen and the impact on pregnancy rate. Laboratory studies have indicated the potential to increase pregnancy rate by about 15 percentage points by IVF evaluation of frozen-thawed semen. Further studies are proposed on the use of additives, such as seminal plasma, to the diluents used to prepare semen for freezing. The basis for the ewe-breed effects on pregnancy rate that have been found in our earlier studies, will be investigated in collaboration with staff in the Faculty of Agriculture at UCD.

Further information: shanrahran@athenry.teagasc.ie

Pig Production

With feed accounting for about 70% of the cost of pigmeat production, continued savings in feed costs and improvements in eating quality of pigmeat are essential in ensuring future profitability and competitiveness.

In the future greater attention must be paid to confronting the environmental and animal welfare concerns arising from intensification of pig production.

Objectives

The objectives of the programme are to

  • reduce the unit-cost
  • improve the quality of pigmeat production
  • reduce the environmental impact
  • improve animal welfare

2001 Programme Emphases

The programme will continue to prioritise improving the competitiveness of the pig industry through improving production efficiency, as measured by feed cost per unit carcass weight produced while ensuring that meat quality is to the highest standard. Leanness is the basis of payment for pigmeat, but other attributes such as eating quality and overall wholesomeness are becoming more important.

The long-term or residual effect of early nutrition, i.e. from birth to 30 kg liveweight, on meat quality will continue to be studied. Slaughter weight of pigs in Ireland is low compared with other EU countries and the effect on meat quality and processing costs of increasing slaughter weight will be examined.

The programme on sow housing will focus on long-term effects of housing systems on sow welfare and longevity using behavioural and hormonal indices.

Further information: blynch@moorepark.teagasc.ie

Crop Production

While the outcome of Agenda 2000 has been generally satisfactory for the tillage sector, there is continued pressure on producer margins, mainly due to increasing costs. Changes in the EU arable regime had an adverse effect on margins from the non-cereal combinable crops like oil seed rape, beans and linseed, and production of these crops has declined. Increasing consumer concern for food safety and protection of the environment has implications for crop production with respect to the use of crop protection chemicals. Demand for crops grown with minimum use of agrochemicals, including organic production, will increase in future years. Research will continue to focus on developing technologies which will increase production efficiency, improve product quality and give greater protection to the environment. High priority will be given to strengthening biotechnology in the programme.

Objectives

To develop improved crop production with particular regard to increasing production efficiencies while improving product quality and safety and minimising environmental impacts.

Programme Emphases

Cereals: The programme will stress: increased emphasis on early sowing of winter cereals in conjunction with reduced seed rates; further development of decision-based systems for fungicides to reduce chemical usage; evaluation of new fungicides which are particularly effective against the major diseases of wheat and barley; development of global positioning systems technology (GPS) leading to more efficient use; using molecular- based technology for the development of Septoria resistance in wheat; evaluation and development of seed dressing for control of barley yellow dwarf virus in winter and spring cereals.

Potatoes Development of new varieties for the domestic ware and seed export markets; development of resistance to late blight and eelworm using molecular techniques; further development of decision- based systems for late blight control; assessment of resistance development to fungicides in the casual agent of late blight, Phytephthora infestans; assessment of new strains of the late blight fungus.

Sugar Beet Evaluation of new varieties in respect of sugar content and processing quality; further evaluation of novel seed dressing to replace existing insecticides; development of low cost weed control systems and techniques to reduce spray drift; evaluation of the potential environmental impact, including gene flow, of herbicide tolerant genetically modified sugar beet.

Organic Production The ongoing programme on growing organic tillage crops will be intensified; work on organic horticultural crops will be initiated, with particular emphasis on weed, disease and pest control.

Other Crops Work on winter lupins will be continued with emphasis on the selection and evaluation of early maturing varieties; the use of photodegradable and biodegradable plastics in growing maize will be further evaluated.

Grass and Clover Breeding Multiplication and commercialisation of recently released varieties of perennial ryegrass will be progressed in conjunction with the seed company DLF of Denmark; further selection of promising lines of perennial ryegrass and white clover; development of marker assisted selection techniques to enhance the quality of perennial ryegrass.

Further information: modea@oakpark.teagasc.ie

Technical Services

Teagasc scientists provide, on a fee-paying basis, a wide range of technical services and training programmes for the agriculture, food and related industries. These services vary from analytical/diagnostic services to farmers, food firms and government departments to other services such as the National Farm Survey and a range of extension-related services.

General objective

  • To provide a range of services that facilitate, promote and service the requirements of the agri-food industries.

Specific objective

  • To raise the innovative capacity of the industry and support the development of small and medium size food enterprises.

Programme Emphases

As in previous years, the programme will include a wide range of analytical/diagnostic services, commissioned research and consultancy and a range of training courses in food and horticulture. It is planned to introduce a structured accredited food-training programme.


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