Draught Animals Research Articles

A Combination of Traditional and Mechanized Logging for Protected Areas

Teaming draught animals with modern forest machines may offer an innovative low-impact solution to biomass harvesting in protected areas. Machine traffic only occurs on pre-designated access corridors set 50 m apart, while trees are cut with chainsaws and dragged to the corridor’s edge by draught horses. The operation presented in this study included one chainsaw operator, two draught horses with their driver, an excavator-based processor with its driver and a helper equipped with a chainsaw for knocking off forks and large branches, and a light forwarder (7 t) with his driver. Researchers assessed work productivity and harvesting cost through a time study repeated on 20 sample plots. Descriptive statistics were used to estimate productivity and cost benchmark figures, which were matched against the existing references for the traditional alternatives. The new system achieved a productivity in excess of 4 m3 over bark per scheduled hour (including delays). Harvesting cost averaged EUR 53 m−3, which was between 15% and 30% cheaper than the traditional alternatives. What is more, the new system increased labor and horse productivity by a factor of 2 and 7, respectively, which can effectively counteract the increasingly severe shortage of men and animals.

Reindeer as Draught Animals in Tourism: Bringing Past Traditions into Modern Practices

Driving with reindeer is an old tradition in northern Fennoscandia that became almost extinct in the last century but that has increased in the past few decades along with tourism. This study investigates the current use of draught reindeer in Lapland, identifies changes since the mid-1900s, and explores the human-reindeer relationship related to this practice, including draught training. We conducted interviews and participatory research with 15 reindeer herders who trained draught reindeer for tourism and competitive racing in northern Finland. Reindeer training today follows similar steps to those followed in the last century, but today the draught training starts earlier, with calves in their first autumn, and takes longer, usually three to four winters. The reindeer are carefully chosen, and their training and roles are more specified than in the past. Mutual trust, communication, and learning play essential roles in the establishment of human-reindeer relationships and collaboration. Herders treat reindeer as individuals and co-actors and take into account their interests and well-being. Driving practice was restarted in the 1970s because of tourism. In the early years of tourism, when draught reindeer were not available for this, racing reindeer were used for sledging; this contributed to the revival of the practice. We conclude that draught reindeer training and use in tourism is reviving old draught-reindeer culture and passing it forward, albeit in a new form. It combines reindeer herders’ traditional knowledge with modern requirements, deepens the herder-reindeer relationship, and supports reindeer herding as a livelihood.

More-than-Human Canals

Abstract: The aim of this essay is to pierce behind the veil to understand better how social and environmental conditions have shaped the development of Britain's canal network across time. The first part of the argument looks at the place of climate and technology in regulating the water supply in the canal system. The second examines the role of draft animals in supplying motive power for barge transport. Inspiration for this dual framework comes from two closely related methodological strands: the perspectives of political ecology and the labor history of energy.

Kedampingan Hewan Penghela pada Industri Gula di Jawa Abad XX

This research discusses the relationship of draft animals and humans in Java has been historically intertwined, reaching a turning point at the end of the 19th century. This period saw the initiation of various industries, especially sugar factory, ethical awareness regarding the welfare of animals, as well as a collective awareness of the identity of a new of Indonesian society and workers. Consequently, the concept of human-animal relationship periodically undergoes changes to harmonize with the new world order. As a result, the values of human-animal relationship, and especially humans with nature, are now characterized by relationships that are always based on transactional relations. This results in the dissolution of the identity of Javanese society, which has a close relationship with nature and animals in line with the concept of “underworld and upperworld”. This article uses historical method with the approachment of environmental history. The primary sources for this article are contemporaneous newspapers, PG Gondang Baru’s 1958 Annual Report, and other documents in the form of contemporaneous photographs, complemented by other secondary references.

The generation interval and season of birth do not affect age at first calving, birth weight and calving interval of Mozambican Angoni cattle.

The Angoni cattle breed's contribution to the country's economy is crucial, as it significantly contributes to animal draught power and meat supply, despite not being primarily used for milk production. Despite its importance, there is a lack of comprehensive research conducted to characterize this breed. This study aimed to investigate the impact of the generation interval (GI) and season of birth (SB) on key reproductive parameters, including age at first calving (AFC), birth weight (BW), and calving interval (CI) in angoni cattle. Data sourced from the Angónia Research Station (ARS) included records for 425 heifers' AFC, 1684 calves' BW, and 1272 cows' CI. The study calculated overall averages and explored the relationships between generation intervals, the season of birth, and the aforementioned reproductive traits. The mean values for AFC, BW, and CI were determined as 1475.40 days, 18.49kg, and 634.62 days, respectively. The analysis revealed that both generation interval and season of birth exhibited weak relationships, and their influence did not yield significant effects on the reproductive traits under investigation (P > 0.05). The observed variability ranged from 0.37 to 0.46% for AFC, 0.10-0.01% for BW, and 0.11-0.26% for CI. In conclusion, this study determined that neither generation interval nor birth season significantly affected the age at first calving, birth weight, or calving interval in Angoni cattle.

Study on the origin of the Baise horse based on whole-genome resequencing.

The Baise horse, an indigenous horse breed mainly distributed in the Baise region of Guangxi province in southwest China, has a long history as draft animal. However, there is a lack of research regarding the origin and ancestral composition of the Baise horse. In this study, whole-genome resequencing data from 236 horses of seven Chinese indigenous horse breeds, five foreign horse breeds, and four Przewalski's horses were used to investigate the relationships between the Baise horse and other horse breeds. The results showed that foreign horse breeds had no significant impact on the formation of the Baise horse. The two southwestern horse populations, the Debao pony and the Jinjiang horse, exhibit the closest genetic affinity with the Baise horse. This is consistent with their adjacent geographical distribution. Analysis of the migration route revealed a gene flow from the Chakouyi horse into the Baise horse. In summary, our results confirm that the formation of the Baise horse did not involve participation from foreign breeds. Geographical distance emerges as a crucial factor in determining the genetic relationships with the Baise horse. Gene flows of indigenous horse breeds along ancient routes of trade activities had played a role in the formation of the Baise horse.

Whole-genome resequencing uncovers diversity and selective sweep in Kazakh cattle.

The Kazakh cattle in the Xinjiang Uygur Autonomous Region of China are highly adaptable and have multiple uses, including milk and meat production, and use as draft animals. They are an excellent original breed that could be enhanced by breeding and hybrid improvement. However, the genomic diversity and signature of selection underlying the germplasm characteristics require further elucidation. Herein, we evaluated 26 Kazakh cattle genomes in comparison with 103 genomes of seven other cattle breeds from regions around the world to assess the Kazakh cattle genetic variability. We revealed that the relatively low linkage disequilibrium at large SNP distances was strongly correlated with the largest effective population size among Kazakh cattle. Using population structural analysis, we next demonstrated a taurine lineage with restricted Bos indicus introgression among Kazakh cattle. Notably, we identified putative selected genes associated with resistance to disease and body size within Kazakh cattle. Together, our findings shed light on the evolutionary history and breeding profile of Kazakh cattle, as well as offering indispensable resources for germplasm resource conservation and crossbreeding program implementation.

Genetic structure and diversity of semi-captive populations: the anomalous case of the Asian elephant

Wild species living in captivity are subject to loss of genetic diversity, inbreeding depression, and differentiation among populations. Only very few species have been under human care for centuries but have not been selectively bred, have free-ranging movements most of the time, and retain porous barriers to gene flow between wild and captive populations. Such captive populations are expected to retain high levels of genetic diversity and anthropogenic factors should result in a limited genetic differentiation from wild populations. Asian elephants have been trained and used by humans for at least 4000 years as war animals, mounts of kings and draught animals. In Myanmar and Laos, elephants are still being used for hauling timber in the forest while retaining traditional management practices including seasonal release, free mating and movement. However, habitat fragmentation, isolation and reduced gene flows are threatening both semi-captive and wild pools. We genotyped 167 semi-captive elephants from Laos and Myanmar using a panel of 11 microsatellite loci to estimate the genetic diversity and population structure. We found that elephants of both countries presented high levels of genetic diversity and a low degree of inbreeding, if any. This agrees with the expected high level of genetic diversity in semi-captive populations. We found a weak differentiation along a geographical gradient from southern Laos to northern Myanmar but no differentiation between wild-caught and captive-born pools. The potential value for conservation of a large population of semi-captive elephants has been recognized but the conservation community has yet to fully explore the potential role semi-captive elephants could play in maintaining gene flows.

Putting the cart before the horse: mixed-methods participatory investigation of working equid harnessing practices in three selected towns of the Oromia national regional state in Ethiopia

BackgroundMillions of working equids provide socio-economic support for many low-income communities worldwide. With the prevalence of harness-related wounds reported as higher than 60%, this study aims to describe the equipment used by working equids in three locations of the Ethiopian national regional state of Oromia (Fiche, Bishoftu and Shashamene), and the attitudes and practices of equid owners, users and harness makers regarding work equipment. This mixed-methods study consists of cross-sectional surveying of working equids used for taxi or transport of goods or water, as well as cart-driver questionnaires and focus groups (FG) with working equid stakeholders. Activities conducted with FG included participatory ranking of equipment attributes and equipment drawing exercises. Indicators of equipment design and assembly, as well as cart-driver attitudes and practices were described quantitatively. Associations between equipment characteristics and species, work-type and cart-driver indicators were investigated through univariable logistic regression models, whereas focus group discussions were transcribed and analysed thematically.ResultsIn total, 368 working equid surveys and cart-driver questionnaires were completed and 87 participants took part in nine FG. Equipment composition and characteristics differed considerably from ideal animal draught and harnessing principles described in the literature, with none of the observed harnesses adhering to all principles and thus not considered fully adequate. Various harness compositions were used, with only saddles and breast collars present in all. Donkey equipment had fewer components than that of horses, such as swingle trees (OR 0.02; 95% CI 0.01–0.06; p < 0.001) or girths (OR 0.09; 95%CI 0.02–0.4; p = 0.002). Horse equipment was more likely to have functional elements such as breeching (OR 7.8; 95% CI 2.9–20.9; p < 0.001). Of all equipment attributes, FG participants ranked cost, design and impact on animal wellbeing as having the highest importance. Thematic analysis identified motivations and priorities regarding equipment; awareness and knowledge of design and function; barriers to using ideal equipment; and consequences of equipment design and practices as key themes.ConclusionsVarious weaknesses of design, assembly and use of equid work equipment were identified. Promoting behavioural change through awareness and training could lead to a sustainable improvement of work equipment quality, access, and prevention of equipment-related problems.

Mitochondrial DNA diversity and maternal origins of Pakistani donkey.

Domestic donkey plays a key role as a draft animal in rural economy of Pakistan where its population is increasing every year. The complete mtDNA control region of forty randomly sampled donkeys was PCR- amplified and sequenced bi-directionally using specific primers. Distinct mtDNA haplotypes obtained in the current study (KY446001-KY446011) were subjected to haplotype (h) and nucleotide diversity (π) measures using DnaS as well as to phylogenetic, Network, and AMOVA analyses. There were a total 27 polymorphic sites present within 11 unique mtDNA haplotypes from the studied 40 animals from different regions. Neighbor-joining network and median-joining network both illustrated the splitting of all these haplotypes into two well-defined Nubian and Somali lineages, confirming African maternal origin of Pakistani domestic donkey. Diversity parameters h (0.967± 0.037) and π (0.02917± 0.00307) were found to reveal high levels of genetic diversity in Pakistani donkeys. AMOVA demonstrated only 1% of genetic differences between two mtDNA maternal lineages, pointing to lack of population substructure in Pakistani donkeys as is the case with worldwide domestic donkey population. Pakistani donkeys have African maternal origin and high levels of mtDNA diversity. High genetic diversity may be due to non-selective breeding and heteroplasmy. We herein provide the first report on mtDNA diversity of control region in Pakistani domestic donkey.

Agro-economic importance of the use of draught animals in rice cultivation: Case of the say hydro-agricultural management

Agro-economic importance of the use of draught animals in rice cultivation: Case of the say hydro-agricultural management

Constraints faced by farmers in energy consumption in crop production in Belagavi and Gadag districts of north Karnataka

Energy is a critical input in all forms of economic activity on adaptability basis and plays a significant role in daily living from cooking to production activities. A farm is both consumer of energy and also producer. Farming through production process converts input energy into output energy on various forms of outputs produced in agriculture. The pattern in which energy inputs are used in crop production is closely related to the nature of cropping pattern and crop intensities. Therefore, there is a need to understand the constraints faced by farmers in energy consumption during crop production. In this context, the present study was conducted in Belagavi and Gadag districts of North Karnataka. The primary data pertaining to the crop year 2021-22 were collected from 72 farmers from irrigated condition and equal number of farmers from rainfed condition from two districts, comprising 144 farmers. The collected data on constraints were analysed using Garrett ranking technique. The major findings of the study revealed that non-availability of labour during peak operations in crop production observed in both Belagavi and Gadag districts (with Garrett score of 76.55 and 67.69 respectively). The second major constraint in Belagavi district was non-availability of draft animals (65.44) while, in Gadag district it was lack of accessibility of inputs like seeds, fertilizers and FYM (62.90), respectively. The third constraint in Belagavi district was non-availability of required machines at custom hiring centers (Garrett score 61.25) while, in Gadag district it was high cost of using mechanical power during farm operations (Garrett score 59.63) and the last constraint in both districts was given to Govt. support through subsidy to purchase of machinery (with score of 18.55 and 15.28).

Draught animal power for climate-smart farming in semi-arid and arid Nigeria: Challenges and oppourtunities

Draught animal power for climate-smart farming in semi-arid and arid Nigeria: Challenges and oppourtunities

Consequences of the Human Animal Relationship: Pathologies of Sled Dogs in the Circumpolar North

Pathologies are rarely studied in sled dogs of the circumpolar North, even though lesions on their remains can give many insights to the relationship between Indigenous peoples and domestic dogs such as subsistence and mobility patterns. Some of the more commonly discussed conditions include spondylosis deformans, fractures, and dental trauma. However, it should be noted that these conditions are still fairly uncommon in the general literature. In sled dogs, spondylosis deformans stems from osteophyte formation on the vertebrae due to the degradation of the annulus fibrosus in the intervertebral disk. Fractures develop from human disciplinary action, bite wounds, or kicks from draught animals. Finally, dental trauma typically presents as intentional tooth removal or enamel hypoplasia. Pathology studies in dogs are uncommon due to a lack of comparative modern pathological collections, and due to a lack of recording in assemblages. Future research could develop the literature by examining collections from Yamal, Siberia.

Morphometric characteristics of the bovine bones from the excavations of the Bronze Age site of Gonur-depe

Gonur-depe is a Bronze-Age archaeological site in Turkmenistan, the presumable center of Ancient Margi-ana (the Bactrian-Margiana archaeological complex), located in the South-Eastern Karakum. The proto-urban center was functioning from 2500 to 1500 BC. The basis of the economy of the ancient population was mixed farming, including irrigated agriculture and livestock. Cattle was used as the source of meat, milk, skins, as well as draft animals and in rituals. In terms of the number of bones from the excavations, cattle is inferior to small cattle. However, in terms of the meat production, the contributions of bovine cattle and small cattle to the diet of the inhabitants of Gonur-depe were commensurable. Bones of older individuals predominate amongst the animals slaughtered for meat. Bones of bovine cattle are found in all excavation trenches of the site in garbage layers and ritual structures. At the same time, information on the morphological features of the cattle has been extremely limited until recently. Therefore, this study was aimed at the analysis of the morphometric characteristics of the skeletal remains of cattle from the excavations of Gonur. These data give an idea of the size of the cattle bred by the ancient population. Complete skeletons are of particular interest for the morphological study. We have studied the skeletons from burial No. 3895 of Northern Gonur, tomb No. 12 of Gonur-21, and remains of a dismembered carcass from burial No. 3890. The first skeleton belongs to an adult bull, the second to a calf, and the dismem-bered carcass belongs to a young cow. The size of the bull, measured by the skeleton, is quite large. It reached a height of at least 136 cm. Comparison of the measurements of disparate cattle bones from Gonur and other sites of the Bronze Age shows that they are on average larger than those of cattle of the Late Bronze Age of Eastern Europe, close in size to the bones of cattle from the Trans-Urals, and slightly smaller than the Eneolithic cattle of Southern Turkmenistan. The sizes of the metapodia, talus bones and first phalanges were used to calculate the height at the withers by disparate bones. The average height at the withers of the cattle from Gonur, recon-structed on the basis of the measurements of the skeletons and scattered bones, was at least 120 cm for cows, at least 130 cm for bulls, and 132 cm or more for oxen. Therefore, the size of the cattle bred by the inhabitants of Gonur in arid conditions was not smaller, and in some cases even larger than that of cattle of some other cultures of the Late Bronze Age and differed insignificantly from the Eneolithic cattle of Southern Turkmenistan.

Resetting Archaeological Interpretations of Precontact Indigenous Agriculture: Maize Isotopic Evidence from Three Ancestral Mohawk Iroquoian Villages

AbstractArchaeologists working in eastern North America typically refer to precontact and early postcontact Native American maize-based agriculture as shifting or swidden. Based on a comparison with European agriculture, it is generally posited that the lack of plows, draft animals, and animal manure fertilization resulted in the rapid depletion of soil nitrogen. This required Indigenous farmers to move their fields frequently. In Northern Iroquoia, depletion of soil fertility is frequently cited as one reason why villages were moved to new locations every 20 to 40 years. Recent analysis of δ15N ratios of maize macrobotanical remains from Northern Iroquoia, however, suggests that Iroquoian farmers were able to maintain soil nitrogen in their maize fields. An expanded analysis of maize kernel δ15N ratios from three ancestral Mohawk villages indicates that farmers from those villages maintained soil nitrogen throughout the occupational spans of their villages. It further suggests that precontact Iroquoian agronomy was consistent with contemporary conservation agriculture practices.

Assessment of genetic differences in animals as exemplified by representatives of the genus &lt;i&gt;Camelus&lt;/i&gt;

Data on the genetic variability of genomic DNA from two species of camels (Dromedary and Bactrian) are presented. It is noted that these animal species are of great importance in a number of southern countries, they are used as farm animals (milk, meat, wool), as draft, riding and sports animals. At present, much attention is paid to the study of camels in order to identify their genetic characteristics that can be used in breeding work. One of the research methods is multilocus analysis using labeled oligonucleotide probes. The latter selectively hybridize in separate regions of genomic DNA, leading to the appearance of specific genetic profiles characteristic of each individual. Labeling the probe with digoxigenin makes it possible to detect the results of hybridization on the filter. After the reaction of molecular hybridization of the probe with genomic DNA of camels, from 3 to 15 DNA fragments were detected, while the pattern of hybridization was very different in Dromedaries and Bactrians, which indicates a significant genetic difference in the organization of genomes. The coefficient of similarity of individuals in Bactrians was significantly higher than in Dromedaries (0.48 versus 0.39); interspecific similarity coefficient in this parameter was only 0.13. The calculation of the genetic distance between populations gave a rather high value of 0.305, which is significantly higher than the previously obtained data on cattle (from 0.05 to 0.10). Intrapopulation genetic diversity was assessed by the criterion of average heterozygosity. Calculations showed greater genetic diversity in the dromedary population (H = 0.72), which was indirectly confirmed by a lower similarity coefficient in this group of animals.

Behavioral, productive, and reproductive aspects of the water buffalo in Mexico

Water buffalo (Bubalus bubalis) production in Mexico has generated particular interest in understanding the bases of the development of this species. As a result, alliances have emerged between scientific, governmental, industrial, and productive sectors and other organisms involved with this species nationally and internationally. We must recognize that thanks to specific anatomical characteristics, water buffaloes present a low incidence of complications during calving, though they are not exempt from obstetric and perinatological problems that can end in morbidity and mortality for mother and/or offspring, with losses for both branches of dual-purpose production systems: calves-milk and meat, and draft animals. This article analyzes scientific advances related to water buffalo production in Mexico, including productivity, thermoregulation, behavior, and physiology, and key subthemes like obstetric and perinatological handling, imprinting, milking, and dual-purpose production systems. It highlights features inherent to milk production and the neurophysiological and metabolic processes involved in obtaining meat and milk. Finally, it presents a brief overview of current legislation and summarizes key areas of opportunity.

Bioenergetic Performance of Bali Cows Employed in Ploughing Agricultural Land under Different Work Intensities

The study was undertaken to investigate the use of cow as draught power in soil cultivation of the different type of farming field namely paddy farming field and dry farming field. Ten cows (5 working pairs) were randomly selected from each location so that the total number of obsevation cows was 20 (10 pairs). From each location, 45 breeders were randomly selected as respondents, so that a total of 90 respondents was observed intensively. The results showed, that the main motives recorded from this study are all respondents (100%), both paddy field farmers and dry field farmers, raising cattle for a source of labor and for savings. Most of the farmers raise cattle also for the purpose of being a source of fertilizer (88% of respondents). Cows in dry field farming worked with heigher intensity then those worked on paddy field farming areas. Cows were employed in average 48 days/season and only 4 hours/day, each under 49,60 kg droaugt load, 45 HP draught power, and 45,57 kg draught force, which indicate that the use of cows as a draught animal power in soil cultivation at the transmigration site in the West Nusa Tenggara area is within sub maximal exercise.

Review: Development, adoption, and impact of assisted reproduction in domestic buffaloes.

The domestic buffalo (Bubalus bubalis), also known as water buffalo, comprises two sub-species the River buffalo (B. bubalis ssp. bubalis; 50 chromosomes) and the Swamp buffalo (ssp. carabanensis; 48 chromosomes). Domestic buffaloes are a globally significant livestock species. In South Asia, the River buffalo is a primary source of milk and meat and has a very important role in food security. The River buffalo also supports high-value, differentiated food production in Europe and the Americas. The Swamp buffalo is an important draft animal and a source of food in Southeast Asia and East Asia. The growing importance of buffaloes requires that they undergo an accelerated rate of genetic gain for efficiency of production, product quality, and sustainability. This will involve the increased use of assisted reproduction. The initial application of reproductive technology in buffaloes had variable success as it relied on the adoption of procedures developed for cattle. This included artificial insemination (AI), sperm cryopreservation, and embryo technologies such as cloning and in vitro embryo production (IVEP). Reproductive technology has been progressively refined in buffaloes, and today, the success of AI and IVEP is comparable to cattle. Ovarian follicular superstimulation (superovulation) combined with in vivo embryo production results in low embryo recovery in buffaloes and has limited practical application. The contribution of elite female buffaloes to future genetic improvement will therefore rely mainly on oocyte pickup and IVEP. This will include IVEP from females before puberty to reduce generation intervals. This review provides for the first time a clear chronology on the development, adoption, and impact, of assisted reproduction in domestic buffaloes.