The answer depends entirely on whether you mean wild or domestic Bactrian camels, and the gap between those two numbers is staggering. Domestic two-humped camels number in the low millions across Central Asia, but their wild relatives are among the most endangered large mammals alive. As of the most recent published estimates, only about 950 wild Bactrian camels survive in a few isolated pockets of the Gobi Desert, and the species is classified as Critically Endangered. What makes this story more complicated is that the wild Bactrian camel turns out to be a genetically distinct lineage from the domestic one, separated by hundreds of thousands of years of evolution.
How Many Wild Bactrian Camels Survive
Counting wild Bactrian camels is difficult for the same reason they have survived at all: they live in some of the most remote and inhospitable terrain on the planet, scattered across vast stretches of desert in northwestern China and southern Mongolia. Surveys in the late 1990s estimated that roughly 380 to 500 individuals remained in China alone, with the species described as highly endangered due to illegal mining and hunting.1Oryx. The wild Bactrian camel Camelus bactrianus ferus in China: the need for urgent action By the mid-2000s, a broader assessment put the Chinese population at about 600 and the Mongolian population at roughly 350, for a worldwide total of around 950.2Journal for Nature Conservation. The wild camel (Camelus ferus) in China: Current status and conservation implications These animals are restricted to just four isolated habitats split between the two countries.
The International Union for Conservation of Nature lists the wild Bactrian camel as Critically Endangered, one step from extinction in the wild.3Biological Conservation. Space and habitat use by wild Bactrian camels in the Transaltai Gobi of southern Mongolia In Mongolia, the surviving population centers on the Transaltai Gobi, a stretch of harsh desert along the country’s southern border. In China, the remaining camels are found mainly in the Lop Nur region and the Kumtag Desert of Xinjiang and Gansu provinces. These populations are geographically fragmented, cut off from each other by the Mongolia-China border fence and by expanding human activity.
A Distinct Species, Not a Feral Domestic Camel
One of the most common misconceptions about wild Bactrian camels is that they are simply domestic camels that escaped and went feral. Genetic research tells a very different story. Analysis of mitochondrial DNA has shown that wild two-humped camels and domestic Bactrian camels do not share a recent common ancestor. Their maternal lineages diverged during the early Pleistocene, roughly 700,000 years ago, long before any camel was domesticated.4PubMed Central. Monophyletic origin of domestic bactrian camel (Camelus bactrianus) and its evolutionary relationship with the extant wild camel (Camelus bactrianus ferus) Given that archaeological evidence dates the earliest two-humped camel domestication to about 5,000 to 6,000 years ago, the wild camel clearly represents a separate evolutionary lineage rather than the direct ancestor of the domestic breed.
This distinction matters for conservation. It means that when wild Bactrian camels disappear, a unique genetic lineage disappears with them, one that evolved independently for the better part of a million years. The wild camel has its own suite of adaptations to desert extremes that differ from those of its domestic cousin. Treating the two as interchangeable would be a serious scientific error, yet in global livestock statistics they are often lumped together or confused. FAO data on camels, for instance, makes no distinction between dromedary and Bactrian data, let alone between wild and domestic two-humped camels.5Pastoralism. How many large camelids in the world? A synthetic analysis of the world camel demographic changes
What Threatens the Last Wild Camels
The threats facing wild Bactrian camels come from many directions, and they interact in ways that make the situation worse than any single factor would suggest. In China, the Kumtag Desert has historically been carved up by mining operations extracting gold, salt, and lead-zinc, along with oil and gas drilling and domestic livestock grazing. These activities have degraded and shrunk the camels’ habitat and caused local extinctions of some species in the region.6Global Ecology and Conservation. Assessing the vulnerability and adaptation strategies of wild camel to climate change in the Kumtag Desert of China
In Mongolia’s Transaltai Gobi, researchers have identified a long list of pressures on the remaining population:
- Poaching: wild camels are still killed illegally, particularly along remote stretches where enforcement is minimal.
- Domestic camel competition: herders’ camels compete for scarce forage and water at desert oases, and they transmit diseases to wild animals.
- Border infrastructure: the Mongolia-China border fence fragments habitat, preventing movement between populations that were historically connected.
- Harsh winters: increasingly frequent dzud events, which involve combinations of deep snow, ice crusts, and extreme cold, cause food shortages that hit both wild and domestic animals.
- Wolf predation: young camels are vulnerable to wolves, and predation pressure may be growing as wolf populations shift in response to changes in prey availability.
- Climate change: drying oases mean less reliable water and forage, and deteriorating water quality further stresses a population already living at the edge of survivability.3Biological Conservation. Space and habitat use by wild Bactrian camels in the Transaltai Gobi of southern Mongolia
Each of these pressures alone might be manageable for a large population. For a species numbering under a thousand, spread across fragmented patches of desert, any one of them could push a local group past the point of recovery.
Genetic Contamination From Domestic Camels
Among all the threats, hybridization with domestic Bactrian camels may be the most insidious because it is invisible to casual observation. When domestic camels wander into wild camel territory, or when wild camels approach settlements, the two can interbreed. The resulting offspring look like wild camels but carry domestic genes, slowly diluting the wild population’s genetic identity. Researchers have described this as a direct threat to the gene pool of the wild species.7PubMed. High mitochondrial differentiation levels between wild and domestic Bactrian camels: a basis for rapid detection of maternal hybridization
Recent genomic analysis using advanced statistical methods has confirmed a strong signal of gene flow from domestic into wild Bactrian camels. The domestic DNA appears to affect the wild genome broadly, with similar rates of introgression across both coding and noncoding regions of the genome.8PubMed Central. The power of coalescent methods for inferring recent and ancient gene flow in endangered Bactrian camels This is not a case of a few stray genes here and there; the contamination is widespread enough to be detectable at the whole-genome level. To make matters more complicated, there is also concern about possible dromedary introgression into wild Bactrian camels. Researchers have developed panels of diagnostic genetic markers specifically designed to identify hybridization in camels with uncertain origins, including potential dromedary DNA in Mongolian and Chinese wild populations.9PubMed Central. Diagnostic single nucleotide polymorphism markers to identify hybridization between dromedary and Bactrian camels
The conservation challenge here is that you cannot fence off wild camels the way you might protect a small island population of birds. These animals roam across enormous home ranges in open desert. Keeping domestic herds away from every water source and migration corridor the wild camels use would require a level of management that is extremely difficult to achieve in such remote, sparsely governed territory.
Domestic Bactrian Camels Tell a Very Different Story
While the wild species teeters at the edge of extinction, domestic Bactrian camels are widespread across Central Asia and number in the low millions. The global population of all large camelids, including both dromedaries and Bactrian camels, is estimated to exceed 35 million and may be closer to 40 million.5Pastoralism. How many large camelids in the world? A synthetic analysis of the world camel demographic changes The majority of those are dromedaries, concentrated in Africa and the Middle East, but domestic Bactrian camels still form a substantial population across Mongolia, China, Kazakhstan, and neighboring countries.
Domestic Bactrian camels were first domesticated somewhere between 3,000 and 6,000 years ago and have served humans in cross-continental caravans ever since, transporting people and goods while providing milk, meat, wool, and draft power.10PubMed Central. Old World camels in a modern world – a balancing act between conservation and genetic improvement In Kazakhstan, where camels remain culturally significant, nomadic pastoralists historically relied on them as the primary pack animal for transhumance migrations. Horses and oxen pulled carts for short distances, but only camels could carry an entire household’s goods across sandy terrain for long journeys. Beyond transportation, Kazakh tradition used camel products in everyday life: leather from neck skin for bottles, wool for textiles, cleaned stomach lining as window material, and shoulder blades as writing surfaces in yurt schools. Camels were so economically central that one camel was valued at two horses or twenty sheep in traditional exchange systems.11Animal Frontiers. Camel breeding in Kazakhstan and future perspectives
Today domestic Bactrian camels still play a meaningful role in the pastoral economies of Central Asia, though their importance has shifted. Motorized transport has replaced pack camels for most purposes, and the emphasis has moved toward milk and wool production. The demographic trajectory for these animals is projected to stay positive: if current trends continue, the global large camelid population could reach 60 million within the next couple of decades.5Pastoralism. How many large camelids in the world? A synthetic analysis of the world camel demographic changes
Intentional Crossbreeding Between Dromedary and Bactrian Camels
Separate from the conservation problem of accidental hybridization with wild camels, there is a long tradition of deliberately crossing dromedaries with domestic Bactrians. This practice goes back to ancient times and was originally driven by the desire for a better pack animal, one with the size and endurance to handle long trade routes and military campaigns. Today, systematic dromedary-Bactrian crossbreeding continues in two main regions: Turkey and Kazakhstan. In Turkey, the goal is to produce large, imposing animals for annual camel wrestling festivals. In Kazakhstan, breeders aim for hybrids that are more productive and better able to withstand Central Asia’s severe continental climate.12Pastoralism. Dromedary (Camelus dromedarius) and Bactrian camel (Camelus bactrianus) crossbreeding husbandry practices in Turkey and Kazakhstan: An in-depth review
These first-generation hybrids tend to outperform both parent species in several agricultural traits, including body size and milk yield.13PubMed Central. A Study of the Genetic Structure of Hybrid Camels in Kazakhstan The vigor of hybrids has kept crossbreeding economically attractive for centuries. However, intentional crossbreeding raises its own questions for conservation. It creates large populations of mixed-heritage animals that can be difficult to distinguish from purebred domestic Bactrians without genetic testing, and the movement of these hybrids across regions introduces yet another layer of genetic complexity into an already complicated landscape.
Why Accurate Counts Are So Hard to Get
A recurring frustration in wild Bactrian camel conservation is that nobody can say with confidence exactly how many are left right now. The estimates of roughly 950 total date to the mid-2000s, and conducting a fresh, comprehensive census across the Gobi is logistically daunting. The terrain is vast and roadless. The camels are nomadic, covering huge distances in search of water and forage, so a snapshot count at any one site misses animals elsewhere in their range. Political boundaries add another wrinkle: the Mongolia-China border runs through the heart of wild camel habitat, and coordinating surveys across two countries with different bureaucracies, languages, and conservation priorities is slow work.
On the domestic side, the data problems are different but just as real. The most comprehensive global livestock statistics come from the FAO, which has tracked camel numbers since 1961 but does not separate dromedaries from Bactrian camels in its database.5Pastoralism. How many large camelids in the world? A synthetic analysis of the world camel demographic changes That means anyone trying to figure out how many domestic Bactrian camels exist worldwide has to cobble together national statistics, breed surveys, and educated guesses. Estimates typically fall somewhere between one and two million domestic Bactrians, but the uncertainty is wide.
Disease Spillover at the Wild-Domestic Interface
Beyond genetic contamination, the overlap between domestic and wild camel ranges creates opportunities for disease transmission. Domestic camels carry a range of pathogens, some of which have zoonotic potential, and wild camels with no prior exposure to these diseases may be especially vulnerable.14PubMed Central. Zoonotic diseases transmitted from the camels When herders bring domestic Bactrian camels to water sources in the desert, those same springs and seeps are used by wild camels. Shared water means shared parasites, bacteria, and viruses.
For a population as small as the wild Bactrian camel’s, even a single disease outbreak at one oasis could wipe out a significant fraction of the remaining animals. Unlike domestic herds, which can be vaccinated, treated, and restocked, wild populations have no safety net. A pathogen that jumps from domestic to wild animals at one of these shared watering holes could move through a local group before anyone notices. This risk is one reason conservationists have pushed for buffer zones around critical wild camel habitat, though implementing such zones in practice requires cooperation from herders who depend on those same water sources for their livelihoods. The tension between pastoral land use and wildlife protection in these arid landscapes has no easy resolution, and the wild camel’s survival may ultimately depend on how creatively that conflict is managed.