Oct 4 2013 SRUC’s Animal Behaviour and Welfare Team hosted a one day conference (“New developments in animal welfare research”) showing some of their exciting and innovative research. Dr. Dale Sandercock prepared a flyer on his intented research for the FareWellDock project.
FareWellDock project: aim and objectives
FareWellDock is a three-year research project which is part of the Animal Health and Welfare (ANIHWA) ERA-net initiative. The ANIHWA ERA-Net aims to increase cooperation and coordination of national research programmes on the health and welfare of farm animals.
The general aim of the FareWellDock project is to supply necessary information for quantitative risk assessment and stimulate the development towards a non-docking policy in the EU.
The project is led by Professor Anna Valros at the University of Helsinki. The other partners in the project include Scotland’s Rural College (SRUC), Newcastle University, INRA (France), Aarhus University (Denmark), Wageningen UR Livestock Research (Netherlands), SLU (Sweden) and the Norwegian School of Veterinary Science.
The research concerns the hazards related to using tail docking as a preventive measure in comparison with the hazard of being tail bitten, as well as on solving some of the main risk factors of tail biting: lack of enrichment, health problems, and delayed detection of an outbreak. In particular new animal-based measures are studied for a better comprehension of the consequences and the prevention of tail docking and tail biting, for enrichment value assessment, and for pain and sickness diagnostics. In addition to aiding future risk assessment, this project provides information about how end users (esp. farmers) can reduce tail biting.
The project has 3 work packages (WP). WP1 concerns pain related to docking and tail biting; WP2 concerns enrichment, and WP 3 concerns health and behaviour-related predispositions to tail biting. The WPs are coordinated by Newcastle University, Aarhus University and the University of Helsinki respectively.
The objectives of WP1 are:
* To characterise the time course of traumatic neuroma development caused by tail resection.
* To assess the short (acute trauma), medium (post trauma inflammation) and long term (traumatic neuroma formation) pain associated with tail docking in neonatal piglets, and the possible consequences for longer term fear of humans. At a more fundamental level, this provides a model of the effects of nerve damage (amputation) in neonates, subsequent neuroma development and its effects upon nociceptive processing throughout life.
* To assess the effects of tail-damage in more mature pigs on neuroma formation and stump pain sensitivity. This will provide a basis for assessing the pain associated with being tail
The objectives of WP2 are:
* To develop and validate a protocol for an animal-based screening method, based on exploratory behaviour and skin/tail lesions, for what constitutes a sufficient quantity of rooting material.
* To explore the feasibility and validity of using AMI sensors and tear staining to measure the value of enrichment materials under farm conditions.
* To test the effect of straw length, slat width and manure handling methods on pen functioning and ease of manure handling, and to describe suitable methods for implementing use of straw under commercial farming conditions.
* To make scientific information on methods to reduce tail docking and improve enrichment better accessible to farmers, policy makers and the general public through the establishment of a web tool and publications in farmer magazines.
* To investigate, under farm conditions, the efficiency of tail docking vs. enrichment given in sufficient quantity to reduce the occurrence of tail lesions.
The objectives of WP3 are:
* To clarify the role of poor health in the causation of tail biting and victimization. Information will be gathered on behavioural signs of sickness in pigs, and on its effects on group dynamics
* To increase knowledge about the sickness behavior of pigs suffering from different physical injuries and infectious conditions, occurring also in tail biting outbreaks. This in turn can be used when management and facilities for sick pigs are planned in the future, to decrease the adverse effects of such outbreaks
* To study the underlying central and peripheral stress- and immune-related mechanisms in detail to give insight into factors predisposing pigs to become tail biters or victims.
* To determine the characteristics of individuals for reliable identification of pigs at risk of becoming a tail biter or victim, including tail-biting related and social behaviour, and tear staining
* To develop automated systems for early warning of tail biting outbreaks which could be used especially in large herds
Project activities related to communication include the the writing of scientific papers, giving presentations at meetings/conferences, the production of webpages, blog posts and factsheets on this website, and providing input for farmer magazines.
SRUC issued a press release and posted this message on their website:
New Project Aims to End Tail Docking.
In response BBC’s Farming Today interviewed Prof. Sandra Edwards (Newcastle University, 12-09-2013).
Connect – Sustainable Food Supply and Security. 11-09-13. New project aims to end tail docking in pigs
Farmers Weekly Interactive 11-09-13 New project aims to end pig tail docking in EU
Farm Business – Online 11-09-13 New project aims to end tail docking.
Farming Monthly 11-09-13 New project aims to end tail docking
FarmingUK 12-09-13 New project aims to end tail docking
Press and Jounal (Aberdeen), J. Watson 12-09-13 Study launched in bid to end docking of pigs’ tails.