In this article, the authors intend to present a summary about the historical traces (Daróczi-Szabó et al., 2014; Biller, 2017) and current perspectival exploitation possibilities of Bactrian camels and their hybrids according to the available scientific sources and empirical standpoints (Fig. 1). Upon looking at the natural spread of camel species, the research conducted by Szalay (1918) and Ortvay (1902) reveal that in the quaternary, camel species reached the Dinaric Mountains along the sub-Danube. There are speculations about camel-keeping in Carpathian Basin (Bartosiewicz 1996), as the conquering Hungarians possibly used Bactrian camel as beasts of burden. Wenzel (1887) was the first to express that “in the era of chiefs and under the reign of early kings, camels were mostly used as beasts of burden, but it seems that by the 13th Century they mostly disappeared from the stock of domestic animals”. In middle-age Hungary, the scientific public sphere does not take an obvious stand concerning the spread of either the dromedary (Camelus dromedarius) nor the Bactrian camel (Camelus bactrianus) species. Although most of the renowned researchers (Rómer, Hahn) doubted the domestic presence of camels, Ritter (1847) still theorized that by the Hun invasion they reached the Carpathian Basin. Ortvay (1902) emphasizes that the eastern tribes of Pechenegs and Cumans, among others, brought camels with them upon settling down in the Árpád-era, thus “giving an oriental character to the household of our ancestors”. Upon observing the picture depicting the Hungarian conquest in the Vienna Illuminated Chronicle-Chronicon Pictum (1358) (Fig. 2), besides horses, the presence of camels is also evident in the illustrations.

Fig. 1
figure 1

Camel finds from Roman Period sites in Hungary (Source: Biller, 2017)

Fig. 2
figure 2

Immigration of Huns to Pannonia—Primus ingressus Hungarorum in Pannoniam (National Szechenyi Library)

It is also reinforced by Darkó’s (1915) dissertation about the military treatise of Leo VI The Wise (Tacticon), stating that “The Turks are followed by a huge number of cattle, horse and beasts of burden, partly in order to provide food and milk to drink, and partly to make their numbers look greater.” Gyula László (1944) cites an authentic contemporary source, stating that our king, Béla III, presented the crusaders passing by, among others, with load-bearing camels, to secure their crossing over the Syrian Desert. Szalay’s (1918) opinion is that although it cannot be declared hundred percent that a greater number of camels would have appeared in Hungary either in domesticated or in wild form, still “it is much more plausible and natural that the Hungarians brought camels with them in the 9th Century, from the East, a region where they certainly bred, than stating that 300 years later they suddenly had an idea to import camels”. An interesting addition is that in the thirteenth century, Friar Julian found Magna Hungaria (mentioned in Riccardus’ report 1237) with its Hungarian inhabitants in Bactria (Dörrie 1956; Nagy et al. 2020; NET 1).

It is almost certain that upon the Hungarian conquest/immigration, camels accompanied the army and the settlers and were bred for approximately further 300 years, to be finally swept away by the progress of transportation. Dioli (2014, 2015) states the possibility that dromedary and Bactrian camels were used for cross-breeding to provide more resilient and high-yielding milking hybrids. They have as much legal basis to be considered indigenous, as the “cikta” sheep, carried on rafts and settled in by the Kraut settlers of the eighteenth century.

On top of that, it stands out from the works of the palaeontologists Kubinyi (1859) and Kretzol (1953, 1959) that camels (Camelus cf. bessarabiensis, Khomenko) appeared in the Carpathian Basin long before the Hungarian conquest, in the lower Pleistocene ages (Kretzol 1953). During the excavation of the Calabrian fauna at Kisláng, it became evident that “by accepting certain oriental influences (camel, ostrich, Lagurus), and at the same time secluding some particular western impacts (Hippopotamus, certain hyenas, etc.) the Hungarian Basin shows definite faunal endemity” (Kretzol 1953).

The presence of dromedaries and camel hybrids as important beasts of burden during military campaigns in the Hungarian regions of the Ottoman Empire is a well-known axiom (NET 2). Even in WWI, Hungarian troops took advantage of the “ship of desert” (Fig. 3).

Fig. 3
figure 3

Austro-Hungarian troops in Holy Land 1916–1918. Reconnaissance riding in the desert (source:

Housing and foraging

The continental climate is not ideal for dromedary but more suitable for Bactrian camels. The Turkish research still focus on these animals, especially hybrids, because of their wide tolerance to hostile weather and mountainous terrain (Dioli 2018a; NET 3). Housing systems depend on utilization. Milk-producing dromedaries, based on intensive housing systems, require as much attention than any intensive dairy cow. Ventilated sheds, adequate amount of water, and quality fodder are a must for the daily 10–15 l of milk production. Bactrians and dromedaries can be kept as beef cattle with minimal housing, wind protection, and plenty of roughages. Extremely low temperature is tolerable for Bactrians if dry spots are present.

They require high-fibre forage based on woody plants. Fibre digestion correlates with the available protein (Kamalu et al. 2010). Camels also need ad libitum salt supplementation or to graze pastures of salty plants (Dioli 2018b; NET 4). Salt has positive effects on dry matter intake (Johansson 2008) and provides solid digested fibre and energy for milk production.

Camel milk

According to Fábri et al. (2014) lactation production could reach 9000 l in 10 months. Diversification in the dairy industry is a key factor for growth; therefore, an exotic milk source could be a flagship industry. Solids in camel milk are remarkable especially in fat and sugar (Table 1). Dairy processors’ mid-term strategy is to investigate the potential growth in dairy products. Because of the lack of β-casein there are no allergic reactions and it is easy to digest for children, since dromedary milk is very similar to human milk (Zibaee et al. 2015). The lactoferrin content is a bactericide which is the strongest within mammals (Bíró 2014). Camel milk contains high level of Vitamin C and is also used in lactose intolerance diets (Fábri et al. 2014).

Table 1 Milk nutrient content of different species (average values) (Csapó and Salamon 2018)

Camel meat

Camel meat products are unique on the market. There is a strong potential for reformed and healthy food gastronomy due to the low cholesterol level (Table 2) (Dublecz 2011; Hussein 2018).

Table 2 Meat compounds of different species (average values)

Camel hair and leather

The camel hair is similar to sheep wool. There are white Bactrian camels with valuable fine wool. Mongolian craftsmen make clothing, ropes, bridles, and tethers from camel hair. It is so flexible that mixed wool gains extra tensile strength (Czeglédy 2020). In the eighteenth century, Hungarian merchants’ outfits had camel hair accessories (belts, pelisse, dolman) (Zoltai 1938; NET 5). The word ’camelot’ (hun - csömölet) derived from the word ’camel’, means shiny, whisked clothing. This is also a synonym of ’kamuka’, ’camoca’ (NET 6).

There is a Hungarian industrial connection with camel leather as Kazakh imports were at the peak during the 1980s; therefore, a group of microbiologists got the opportunity to grow de-hairing bacteria (Rozs 2001). Since then, it is a trademark in Szeged University, Hungary.

Other interesting utilization methods of camlet or cameline (NET 7) are:

  • St. John the Baptist has worn rough camel hair clothing.

  • Acari repellant effectivity was measured by a camel brush test (Bleicher 2003).

  • In older vehicles, the clutch discs were covered with camel hair (Lestyán 2006).

  • In WWII airmens’ high altitude protective clothing was made from camel hair (Reszegi 2017).


An evident question is why would Hungary need Bactrian camels, why would it need to be classified as an indigenous (NET 8), protected, or perhaps as an economic species receiving additional support? In order to illustrate the contemporary significance of Bactrian camels, we cite some facts from the verbal information from József Farkas, an inhabitant of Karcag. József Farkas had the opportunity to keep camels between 1944 and 1946. In the fall of 1944, the Russian soldiers invading his farm took his horse carriage, but in exchange, they left their single-axle carriage pulled by a male and a female Bactrian camel. He used the camel-driven carriage for earthwork and transportation on a daily basis. A young female camel was also born before the Russians, temporarily leaving the country, confiscated this carriage too. The most interesting part of his report concerning pasture management was when he gave an account about the feeding habits of the camels. The camels he was taking care of fed at the outskirts of the city, in the messy areas covered with thorny briars, thoroughly consuming the briar twigs, leaving only a white torso unable to sprout. They did the same with the newly sprung young sprouts. They almost exclusively consumed these bush twigs, despite the availability of the plentiful dense grass in the area. At the same time, the previously repressed grass stocks strengthened in place of the consumed briar scrub, providing a rich pasture for the next year. None of our domestic economic species, not even goats, are capable of such biological weeding. As in our country, the natural closing successions of grassy meadows consist of scrubs and forests, looking at the growing domestic rate of unused grass fields, this re-cultivation opportunity for scrubby pastures could be worth considering. The capability of the camels to “open up” dense bush by browsing on shrubs and trees has been noted before. This article tries to expand on this concept utilizing more literature (NET 9; Box et al. 2016).


In conclusion, we would like to emphasize that our primary concern is the problem of scrubby, abandoned pastures, where the phytomass of thorny scrubs forsaken by both men and animals and the dry grass in between act as potential timed fire sources. The utilization of Bactrian camels, as an ecological tool to control grazing areas overtaken by bush and shrubs on pastures, would not mean any competition for grass-based livestock (cattle, sheep), when grasses, shrubs, and forbs grow in the same region (Yagil 1982). In fact, they would act as “shrub-destroyers”, creating productive pastures.

The growing number of people following the Islamic faith in the EU could prognostically provide a market for camel meat and milk being the by-products (Dioli, 2020) of camel breeding. Although camel slaughter is done differently than other ruminants, some modifications will have to be made to slaughterhouses. Also, Bactrians’ milk yield is so low that in places like Kazakhstan and Turkmenistan, they are regularly crossed with dromedaries to increase milk production. Camel keeping could also diversify our touristic opportunities as ecological trekking animals in relevant Hungarian wild areas. This animal species could be a beneficiary of the increasing climate change if their breeding would be seriously considered. The provision of indigenous protection, which we consider as a reasonable step, could provide a strong initiating push in this direction. Camel herds present in EU countries (Netherlands, Germany) and importing Bactrian camels from Russia, Kazakhstan, and Turkmenistan also feasible options. The re-established herd should be concentrating on improved “breeds” like the Kalmyk and Arvana dromedary breed which is resistant to cold and wet conditions. If milk production is going to be a priority, it will be necessary to develop a hybridization plan. Ensuring the success of Bactrian camel reintroduction and utilization as a bush control livestock, it would be necessary to establish a reasonable experimental herd and to select an adequate grazing area that could be monitored.