DS research

What is a working equid? Analysis of current terminology and a suggested definition

Equids are engaged in myriad types of work across the world, with contexts and industries varying widely between high-, middle- and low-income countries as classified by the World Bank. Through a comprehensive abstract search and literature review, we examined the usage and context of terms associated with working equids in high-income countries (HICs), upper-middle-income countries (UMICs), lower-middle-income countries (LMICs), and low-income countries (LICs). Analysis showed that the search term used was significantly associated with World Bank country income classification. All search terms except two returned a significantly higher number of papers for higher-income countries compared to lower-income countries. The two exceptions were “working equid” and “draft equid”, which returned significantly more papers for lower-income countries than higher-income countries. Both terms also returned papers from high-income and upper-middle-income countries, but these were always in the context of low-resource settings and rural or marginalised communities, of which we provide examples in the discussion. We propose that the term “working equid” should be used to describe “any equid engaged in physical labour that provides a significant or direct contribution to the economic livelihood, sustenance or support of the owner/user’s family, typically within a low resource setting”. Our review highlights the intricate interplay between socioeconomic factors and examines how equids are described in the literature. The lack of a universally accepted definition leads to challenges in policy formulation, resource allocation, and welfare standards development, particularly in LMICs and LICs where working equids are crucial to livelihoods. This study underscores the need for a more inclusive and comprehensive approach to terminology, advocating for future research to bridge linguistic and cultural gaps in understanding working equids globally. Such efforts are vital for equitable and effective welfare standards and policy development for these animals.

Journal
Volume
14
Issue
4
Start page
2026
Publication date
Research output

Objective assessment of chronic pain in donkeys using the Donkey Chronic Pain Scale

Objective

To clinically evaluate previously developed pain scales [Donkey Chronic Pain Composite Pain Scale (DCP-CPS), Donkey Chronic Pain Facial Assessment of Pain (DCP-FAP), and combined Donkey Chronic Pain Scale (DCPS)], including behavioural and facial expression related variables, for the assessment of chronic pain in donkeys.

Study design

Prospective, blinded clinical study.

Animal population

A group of 77 donkeys (34 patients and 43 healthy control animals)

Methods

Animals were assessed by two observers that were blinded to the condition of the animals.

Results

Both DCP composite pain scale (CPS), DCP facial assessment of pain (FAP) and resulting Donkey Chronic Pain Scale (DCPS) scores showed good inter-observer reliability (Intra Class Correlation (ICC) coefficient = 0.91, confidence interval (CI) = 0.86–0.95, p < 0.001; ICC = 0.71, CI = 0.50–0.83, p < 0.001 and ICC = 0.84, CI = 0.72–0.91, p < 0.001 respectively). All scores (DCP-CPS, DCP-FAP and the resulting combined DCPS) were significantly higher for patients compared to controls at all time points (p < 0.001 for all three scales). Sensitivity and specificity for identification of pain (cut-off value > 3) was 73.0 and 65.1% for DCP-CPS, while for DCP-FAP this was 60.9% and 83.3%, respectively. For the combined DCPS, sensitivity was 87.0% and specificity 90.9% (cut-off value > 6).

Conclusions and clinical relevance

The DCPS, based on behavioural and facial expression-based variables, proved a promising and reproducible tool to assess different types of chronic pain in donkeys. The combination of behavioural and facial expression-based variables showed the best discriminatory characteristics in the current study. Further studies are needed for refinement of these tools.

Publication date
Research output

Using Qualitative Behaviour Assessment to guide decision-making on donkey welfare

Jo Hockenhull
Stuart L. Norris
Holly Little
Francesca Dai
Ben Hart
Nikki Bell
Sarah Worth
Laura M. Kubasiewicz
Tamlin Watson
Francoise Wemelsfelder
Presentation date

Over recent decades Qualitative Behaviour Assessment (QBA) has been gaining acceptance as a method for assessing the lived experience of animals. It is incorporated into welfare assessment protocols for multiple species, including those developed by the Welfare Quality® and AWIN projects. QBA brings animals’ subjective experience into welfare assessment by using 15-20 qualitative descriptors to score different aspects of animals’ behavioural expressivity (e.g. relaxed or fearful), complementing animal and resource-based measures to generate a more holistic assessment of animal welfare. The Donkey Sanctuary (TDS) have pioneered the use of QBA in the practical environment to provide an evidence-base for decision-making on donkey welfare. In this presentation we will describe how The Donkey Sanctuary have incorporated QBA into their working practices in an array of scenarios. These include the assessment of individual donkey quality of life, assessment of the impact of herd structure and social groupings, as well as assessment of the impact of environmental factors on donkey welfare such as husbandry changes, different grazing opportunities and enrichment provision within the sanctuary. Outside the sanctuary, QBA has been used to evaluate the emotional experience of donkeys in European milk farms and donkey derbies, as well as provide evidence in welfare-related court cases. Incorporating QBA into all such facets of TDS work has facilitated the improvement of donkey welfare and also led to increased consideration of donkey subjective experience in people working in donkey-facing roles. This large-scale application of QBA, in combination with other forms of data-collection, illustrates the value of embedding animal welfare science into everyday practice, to develop an animal-centred, evidence-based approach to the management of donkey and mule welfare.

Gastrointestinal disorders in donkeys

Donkeys with colic may have subtle clinical signs of pain that delay detection, so a methodical clinical examination is needed to make a diagnosis. Using donkey-specific pain scoring can be helpful in monitoring progress and responses to analgesia. Hyperlipaemia is often secondary to the underlying disease process, and will reduce the prognosis for successful treatment, so assessing triglycerides and treating any elevation alongside other required blood testing is necessary. Ultrasound evaluation is helpful in donkeys which are too small for safe palpation per-rectum, and serum and peritoneal lactate values may be useful in guiding prognosis. Surgical treatment of colic in donkeys has a poorer success rate that in the horse, largely due to delays in diagnosis and referral as a result of the lack of overt pain signs, postoperative complications and hyperlipaemia. Preventative care is often lacking in donkeys, so provision of regular routine dental management, routine parasite monitoring and control (including appropriate use of anthelmintics and dietary management to ensure a healthy body weight) are areas that veterinarians and nurses can assist with. Donkeys cope poorly with stress, so when undergoing treatment, any bonded companion should be kept close by.

Journal
Volume
8
Issue
2
Publication date

Multipurpose donkey and hybrid cart prototype

Status
Applicant(s)
Start date
End date

The use of equid-drawn vehicles is a common practice in many parts of the world, with vehicles usually being manufactured by local craftsmen, or by the users themselves. There is a huge variety of models, with 2-wheel carts being the most widely used as they are cheaper and easier to manufacture. 

Results obtained by TDS in recent studies which focused on both harnesses and welfare assessment of working equids, showed that poorly designed and ill-fitted harness leads to inefficient transfer of power and serious health and welfare issues. Carts may also play an important role here, as their incorrect use, often combined with poorly designed models, can be a cause or at least a predisposing factor. 

This research project intends to develop an easy to build multipurpose prototype 2-wheel cart for donkeys and hybrids, replicable anywhere in the world, using local resources. The project also includes the creation of a set of guidelines focused on good features of a cart and its correct use, including hitching techniques, pulling capacity of working equids, and good practices for the use of the cart. 

The research team involved in this project will gather a team of internal and external experts to achieve the aims described above. Following the strategy developed in the harness project, on-line resources focused on the DIY process of the prototype will be developed and will include all relevant theory and training material. 

From a strategic point of view, this project aligns closely with The Donkey Sanctuary Strategy, as it informs welfare, community, voice, and knowledge. The project will provide welfare improvements for donkeys and hybrids in a sustainable way, providing owners and users with support in providing good welfare for their donkeys and hybrids, by supporting them in cart building. The project will increase awareness of the needs of donkeys and hybrids when using carts and will involve knowledge sharing with communities and experts, using research to create learning resources and achieve positive practical outcomes for these animals.

Methodology

Phase 0: Invite a group of experts. 

List of experts: 

  • The Donkey Sanctuary team: - Welfare Assessment team: João Brandão Rodrigues; - Education team: Michelle Whitham-Jones, Tracey Warren; - Research team: Laura Kubasiewicz; - Equine Operations (Sanctuary): Andrew Judge, Maxine Carter; - El Refugio del Burrito: Francisco Zambrano; - Regional teams (IPP): Luis Aguilar (México), Asmamaw Kassaye (Ethiopia), Obadiah Sing'Oei (Kenya). 
  • FECTU: Cesc Aldabó. 
  • School of Technology and Management, Polytechnic Institute of Bragança: Luis Queijo. 
  • University of Melbourne: Mathilde Merridale. 

Phase 1: Online research on existing animal-drawn vehicles used worldwide. Selection of best models / desirable features of different models. 

Phase 2: Online discussion among experts, focused on aims 1 to 4. Creation of technical drawings of the prototype. Development of guidelines. 

Phase 3: Complete aims 5. Filming of the do-it-yourself process taking place at the School of Technology and Management (Bragança, Portugal) facilities, in straight collaboration with their technical staff. Build the DIY donkey cart online course. 

Phase 4: Complete aim 6. Lab tests to simulate different scenarios related with position of the cargo and the operator, to take place at the School of Technology and Management facilities, using our multipurpose donkey cart prototype. Specific tests will be decided by experts, depending on the final aspect of the prototype. 

Phase 5*: Field trial of the multipurpose animal-drawn prototype (place(s) to be decided). Phase 5 is the only phase directly involving donkeys. Prior to this phase, an Ethical and health and safety considerations form will be submitted for approval, ensuring that there are clear ethical standards in place for any donkeys involved in the trials. 

Phase 6: Complete aim 7 and 8: Selection and training of local manufacturers / Train the trainers’ process

Aims

The development of a multipurpose prototype 2-wheel cart for donkeys and hybrids, and the creation of guidelines that improve the knowledge and skills of equid owners in relation of how to properly use the cart and interact with the equids, will undoubtedly improve the welfare of the donkeys and hybrids. The development of on-line contents and their inclusion in a Train the Trainers approach will exponentially increase the knowledge transmission process, with a positive effect on equid welfare.

Objectives
  1. Understand the features of a good/ high welfare cart that is suitable for donkeys and hybrids, that is able to be used for different purposes and manufactured locally. 
  2. Develop a donkey cart prototype, based on simple technological solutions that will have a positive impact on health and welfare of working donkeys and hybrids. 
  3. Develop guidelines about good features of good 2-wheel cart (including safety). 
  4. Develop guidelines focused on the correct use of a 2-wheel cart:o Hitching techniques and harness (1 equid, 2 equids, 3 equids).
    o Pulling capacity of working equids (how much a donkey should pull). 
  5. Develop on-line resources focused on the DIY process of the donkey cart prototype. 
  6. Understand the influence of the position of the cargo and operator in the correct balance of the 2-wheel cart. 
  7. Develop a training programme for carts users: o Equid behaviour; 
    o Human-equid interaction; 
    o Safety. 
  8. Develop the Train the Trainers process for external partners / deliver training to local communities of equids' cart users, that will include all information generated on points 2 to 7.

“We forgot about the donkeys!” An institutional analysis of the shift in animal welfare from direct implementation towards advocacy-based programming

Shifts from direct implementation to advocacy-based programming have been documented across many non-governmental organisation (NGO) sectors, including animal welfare. Semi-structured interviews with 32 staff from different positions within animal welfare NGOs explored recent programming changes. Maintaining a balance between direct implementation and advocacy-based activities emerged as a strong theme. The findings suggest that risks are associated with both the direct implementation status quo and transitioning to an advocacy-based focus. Risks of the former include treating symptoms rather than root causes of welfare problems. Organisational change can be disruptive and necessitates realignment of core competences, in turn influencing NGO mission. Identified risks of transition include loss of individuals whose values fail to align with new programming directions, increased upwards accountability requirements for accessing institutional donors and difficulties when phasing out direct implementation approaches. Whilst having to be dynamic, NGOs need to evaluate the risks associated with programming decisions, considering their vision, mission and staff identity in order to ensure that welfare programming is as effective as possible.

Journal
Volume
33
Issue
9
Publication date
Research output

First report of Besnoitia bennetti in Irish donkeys: an emerging parasitic disease in Europe

Background 

This is the first report of Besnoitia bennetti in donkeys in Ireland. B. bennetti, an apicomplexan protozoan parasite specifc to equids, is an emerging pathogen in Europe. This parasite forms chronic intracytoplasmic cysts in cells of the mesenchymal lineage, mainly fbroblasts, in the skin, sclera and mucosa. Clinical signs in afected equine hosts vary from mild to severe debilitating disease. Little is known of the phylogeny, epidemiology or transmission of B. bennetti infection in donkeys, mules or horses. 

Case presentation 

Two cases of besnoitiosis in donkeys are presented. Both donkeys were born and raised in the south west of Ireland. The first case was a 2.5-year-old donkey that had a suspect sarcoid removed, while the second case, a 2-year-old donkey, had a biopsy of nodular dermatitis of the muzzle. Diagnosis was made by histopathology and the parasite species, B. bennetti, was confirmed by PCR followed by sequencing and microsatellite analysis. Both donkeys had high antibody titres against Besnoitia spp. Small (0.5 mm) scleral, conjunctival and dermal cysts over the muzzle were subsequently observed in both animals. Treatment with trimethoprim sulfadiazine for 30 days did not lead to clinical resolution. The fndings are compared to the cases of besnoitiosis in donkeys reported in the past 10 years throughout Europe. 

Conclusions 

Besnoitiosis should be considered as a differential diagnosis for chronic skin disease particularly in cases of cutaneous masses, non-pruritic dermatitis, and dermatitis that is not responsive to treatment in donkeys and other equids. Future studies are needed to investigate the prevalence of the disease in Irish donkeys, the spread of the disease and the potential impact on the health and welfare of the donkeys.

Volume
77
Issue
2
Publication date
Research output
Country

Sustainability in NGO programming: A case study of working equid welfare organizations

The sustainability of NGO initiatives has become a criterion by which to judge the success of programming. This study explores the conditions needed in order to achieve sustainable change by focusing on a sector that has recently experienced this shift towards more sustainable, interdisciplinary programming: that of working equid (animal welfare) NGOs. Semi-structured, in-depth interviews with 32 NGO staff working for 8 different animal welfare NGOs across 13 countries were conducted. These interviews covered potential barriers and avenues to success in producing sustainable working animal welfare improvements. Thematic analysis revealed consistent themes across contexts and NGOs. Approaches perceived as creating sustainable outcomes were ones that tailored initiatives to local contexts, focused on changing human behaviour, worked with key community contacts, built capacity in local infrastructure, combined approaches, and had comprehensive exit strategies. Barriers to sustainability included lack of continuity, short funding cycles and unpredictable external factors. Consideration of these conditions for designing effective future initiatives is recommended across the wider not-for-profit sector.

Journal
Volume
13
Issue
4
Publication date
Research output

Working animals and human-animal interactions

The use of animals for work is an ancient activity that has allowed communities to develop in different aspects including transport, agriculture, and forestry. The most frequent species used as a source of animal power are bovids, equids, camelids, and elephants, and putting aside the differences between species, a common aspect is that their welfare will largely depend on the human-animal interactions they have with their handlers. The number of interactions that occur between a working animal and its handler is higher than in other activities that involve animals and will shape the type of bond formed. Some factors that can affect the nature of these interactions are the handler’s empathy and knowledge, the implements used and the environment in which the animal is asked to perform, all of which can affect animal welfare. Since working animals can have an important positive impact on people’s livelihoods and sustainability, it is crucial to develop strategies that protect their welfare and at the same time allow the promotion of human well-being and resilience of vulnerable communities.

Chapter number
39

Donkey pain scoring

Rebekah Sullivan
Presentation date

Donkeys are notorious for being a ‘stoical’ species. They typically do not overtly demonstrate symptoms of being in pain and discomfort. This masking behaviour is a key survival technique for many prey species. In acute scenarios, such as colic or acute musculoskeletal injury, there is an inherent risk that owners may not recognise the donkey is unwell or in discomfort until advanced stages, and vets may overlook the severity of the situation. For disease processes such as surgical colic and colitis, where prompt treatment is necessary to maximise a favourable outcome, a delay in recognition of a donkey in pain has a significant negative impact on prognosis. For chronic conditions, such as dental pathology, persistent ocular lesions and osteoarthritis, a donkey may not receive adequate analgesia and other treatment required if subtle symptoms of pain are not acknowledged. 

The ability to objectively identify evidence of pain is therefore of benefit to donkey welfare, not only in recognition of acute discomfort but also for monitoring of chronic conditions, assessing quality of life, post-operative pain management and intensive care cases. Owners, vets, nurses and other clinic support staff can all be trained in the use of simple pain scoring tools. Validated pain scoring systems have been developed for horses. However, as donkeys have unique behavioural tendencies and physiology, it stands to reason that tools designed for horses may not be directly transferable to use in donkeys. Furthermore, as different sources of pain, whether acute or chronic, may result in different signs, the accuracy of objective pain scoring does not fit with a ‘one size fits all’ approach. 

Facial expression based pain scales and composite pain scales have now been developed and evaluated for the scoring of acute pain in donkeys [1]. These scales used those developed for horses as their baseline, adjusting and adding further parameters using expert donkey knowledge. Results from this study indicate that acute head-related pain and colic pain are most reliably assessed using the facial pain scale, whilst acute orthopaedic pain and post-surgical castration pain are better assessed using the composite pain scale. In both scales, parameters are given a numerical score, with a higher number denoting greater evidence of pain. 

The composite pain score is a multifactorial scale based on 20 parameters, scored during observations over a 5-minute period. For example, a donkey that has no audible signs of pain is given a score of 0, a donkey with audible teeth grinding and moaning more than four times in the 5-minute observation period is given a score of 3. Scores are weighted and there is a maximum score of 60. The scale includes behavioural and physiological parameters as well as responses to stimuli. Those parameters that do not require a hands-on approach are assessed first, observing the donkey from a suitable distance to avoid any effect that disturbance due to human interaction may elicit. 

The facial pain scoring scale is a multifactorial scale based on 12 parameters, scored during observations over a 2-minute period. For example, ears in a normal position are scored 0, ears held in an abnormal position (hanging down or backwards) are scored 2. There is a maximum score of 24. 

Inter-observational reliability has been demonstrated for both scales. Whilst there are clear limitations, repeated use of the scales by trained observers provides an objective data set which is clinically applicable. Elevated scores should promote discussion of why that score is present – is the donkey in pain, why and what is the response to any treatment administered? For hospitalised patients, scores that are increasing are an immediate alert that a treatment plan may need adjusting. 

Work is underway to evaluate scoring systems for assessment of chronic pain in donkeys. The availability of validated scales will be welcome to those vets and owners caring for not only geriatric donkeys, but any donkey with a chronic health condition. In a study [2], researchers constructed a chronic pain score, which is an amalgamation of composite and facial pain scoring scales. The study demonstrated good inter-observational reliability between well trained, previously inexperienced observers. The choice to amalgamate two scoring scales arose because pilot work indicated that donkeys experiencing pain from chronic conditions may show changes in facial expressions akin to those found in donkeys in acute pain, whilst demonstrating behavioural changes that are quantifiable using the composite pain scale. Validation of this chronic pain scale will be of major benefit to those monitoring the health and welfare of any donkey living with a chronic health condition. It is hoped that the regular use of chronic pain scale scoring will assist treatment monitoring and will be a welcome inclusion to a quality of life assessment toolkit. 

References 

1. van Dierendonck, M.C., Burden, F.A., Rickards, K. and van Loon, J.P.A.M. (2020) Monitoring acute pain in donkeys with the Equine Utrecht University Scale for Donkeys Composite Pain Assessment (EQUUSDONKEY-COMPASS) and the Equine Utrecht University Scale for Donkey Facial Assessment of Pain (EQUUS-DONKEY-FAP). Animals 10(2), 354. 

2. van Loon, J.P.A.M., de Grauw, J.C., Burden, F., Vos, K.J., Bardelmeijer, L.H. and Rickards, K. (2021) Objective assessment of chronic pain in donkeys using the donkey chronic pain scale (DCPS): A scale-construction study. Vet. J. 267, 105580.

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