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The most important aspect of wildlife conservation has always been the ability to observe and track what happens in the field. Whether it is by rangers, researchers using camera traps or even survey teams, all of them have one common goal - to get an idea of what is going on in the wilderness. The challenge was the size.
India has seen an increase in the number of its Protected Areas from 745 in 2014 to 1,134 in 2025. During the same time period, the number of Tiger Reserves rose from 46 to 58, and Elephant Reserves increased from 26 to 33. There are also 32 identified tiger corridors and 150 elephant corridors. This amount of area is too large for any field team to observe it all from ground level. A drone is a tool that allows getting an up-close view of a selected area, quickly moving to another spot that needs to be observed. It provides an opportunity to see the forest from above, which is impossible for any ranger or biologist.
Conservation Need |
How Drones Can Help |
| Animal tracking | Aerial and thermal observation |
| Anti-poaching | Night surveillance and suspicious-activity detection |
| Habitat studies | Mapping forests, wetlands and grasslands |
| Fire response | Detecting heat zones and monitoring fire spread |
| Human-wildlife conflict | Tracking animal movement near settlements |
| Rescue operations | Locating trapped or injured animals |
| Scientific research | Collecting aerial imagery and behavioural data |
Traditional ways of monitoring wildlife are notoriously human-intensive. Whether it's rangers on foot, researchers using camera traps, or surveys done with manned aircraft, they are all limited in some way. The first two can only search so much ground, and the latter can be both logistically challenging and expensive.
A drone, while similar to a manned aircraft in some ways, has a much shorter time frame to set up, can follow a specific course, and can return to re-scan. It can even be outfitted with different kinds of sensors to suit different needs. So while a camera trap or even a ranger might be able to answer the question "What is in this forest?" a drone is much better at answering "What's going on here, and what do we need to do about it?"
A typical survey using drones to study animals involves a simple workflow.
The team identifies what they need to find. It could be: In a specific corridor, is there a tiger? Has a fire entered a protected area? Are elephants approaching a local village? Has a wetland changed? The question defines the drone, the sensors, the flight path and the conditions.
An ordinary RGB camera could be enough for a landscape study. A heat sensor may better track nocturnal animals and signs of fire. The selection of mapping software, photogrammetry and the desired outcome define the usefulness of any survey.
The most valuable result of a drone survey does not live in photographs. It is an informed decision supported by images from above. When the drone finds evidence of poaching, an intervention team can secure the area. When a drone spots an injured animal, a rescue team can arrive prepared. When a drone spots heat signatures in the forest, a fire crew can follow up on the ground. This is when surveying drones transform into conservation drones.
Thick underbrush is a challenge for many types of observation, making it hard to track animals that like to hide. However, thermal imaging can detect warm bodies even when it has to look through vegetation, making it possible to see at night and through other types of challenging terrain.
A drone can help keep a researcher within sight of a trail or a particular animal so that they don't have to navigate rougher terrain to get close enough to watch. Researchers following animals that have a large range or that travel between protected and unprotected territory could use this to see what the creatures are getting up to without being constantly in their way.
Since poaching is typically done in hard places to see into, having a drone that can watch for the heat signatures of people would help immensely in finding illegal camps and narrowing in on where poachers are operating. According to the E-Bird project in India, one of the places where UAVs could be put to good use for tiger conservation is precisely poaching sites, where the drone could identify suspicious human activity. The goal is not to make forest rangers obsolete, but rather to let them focus their resources on the places the drones find worthy of attention.
One of the most valuable applications of drones is not watching animals. It is understanding their habitat. Aerial surveys can create an inventory of:
LiDAR and multispectral imaging can produce a detailed digital representation of the landscape beyond just a photograph. Acecore mentions the application of specialised payloads for uses such as vegetation analysis and terrain mapping. Repeated missions can show the progression of a habitat rather than an inventory at a single point in time.
There are some of the toughest challenges to wildlife conservation at the borders of protected areas. Elephant herds may stray into farms, leopards into villages, or other creatures may pass through roads and human habitations in search of water or food.
But rather than depending solely on ground reports, thermal drones could assist authorities in tracking these animals. India's wildlife management programmes have already begun to incorporate technology-based early warning and monitoring systems to tackle human-wildlife conflict. The value of information on the precise location and movement trajectory of wild animals cannot be underestimated; it allows administrators to take pre-emptive measures rather than waiting for an animal to enter inhabited spaces uninvited.
Besides regular surveillance, wildlife conservation may need assistance in cases of flood, forest fire, landslide or any other emergency that may trap animals in places inaccessible to people.
A thermal-mounted drone can help spot animals through smoke or darkness. A high-resolution camera could offer an overview of the situation in a flooded area or an inaccessible zone. Conservationists could then determine if a rescue mission is needed for the animals. This provides emergency response teams with the critical tools they lack at the start of the disaster.
India’s use of conservation drones is going far beyond even just a few private initiatives. For instance, the aforementioned E-Bird Technology project was actually focused on building infrastructure around the technology, meaning UAVs, training and identifying application areas for tiger conservation. The initiative started in 13 tiger landscapes.
The Wildlife Institute of India has a Wildlife Technology Lab that focuses on the use of drones, aerial surveys, geospatial analysis, AI and machine learning, and real-time systems.
While drones have value, they are not always a simple solution.
Trees, wind, weather conditions, uneven ground and reduced visibility can challenge even the most experienced pilot.
A poorly planned flight can create unnecessary stress, particularly if aircraft fly too low or too close during sensitive periods.
A drone can't stay in the air forever. Long missions require planning, spares and sometimes multiple aircraft.
One survey can create thousands of images. Without the right software and people to analyse them, having more data doesn't help.
A drone can spot a problem, but it takes people to assess the situation and decide on the right course of action.
A conservation drone has an alternate risk, one that is easily forgotten. The aircraft itself may cost substantially, particularly if it is fitted with thermal surveillance gear, LiDAR or other specialist sensors. It may also be flown over terrain where recovery of a crashed aircraft would prove challenging.
Now imagine a nighttime mission over a forested area. The aircraft is caught in a sudden gust which drives it into a tree. The drone sustains damage, the thermal camera is compromised, and the crash site causes ancillary property damage on the forest floor. The conservation mission remains intact, but a financial loss has been created.
Drone Insurance has the potential to create an additional financial layer of security for qualifying risks associated with the aircraft. Drone insurance can typically cover:
The exact details will depend on the type of drone, the fitted equipment, the nature of the mission, the insured values and the wording of the policy. Conservation groups, research agencies and professional operators should consider insurance as part of wider risk management which includes pilot training, operational safety and regulatory compliance rather than a standalone consideration.
The more interesting development is not in making the drone more powerful but in creating a networked system where the aircraft is just one element. Imagine a future conservation mission that works like this: Thermal sensor picks up movement → AI analyses the video → system identifies abnormal activity → control centre gets the coordinates → ranger team goes to investigate.
The same system could be applied to wildfires, wildlife observation and habitat monitoring. India's Wildlife Technology Lab is already pioneering drone technology, artificial intelligence, geospatial analysis and real-time systems that suggest such a future is coming.
The value of drones lies in their capacity to extend the vision and reach of conservationists. To operate ahead of a patrol, conduct challenging terrain surveys, work at night with thermal sensors, return to the same place and repeat the process, delivering comparable information each time. Their true value is maximised when this information contributes to a better choice.
A drone can neither protect a tiger, stop a wildfire, nor solve a conflict between humans and animals by itself. They can, however, support the people managing such issues to see more, react faster and make better-informed decisions. As conservation bodies become increasingly reliant on aerial technology, Drone Insurance can assist in mitigating the financial risks involved in running it.
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