Sarus Crane and All-India Survey 2026

The species is especially important in India because it lives in close association with people, often using flooded agricultural fields, marshes and shallow wetlands for feeding and breeding. Its survival therefore depends not only on wildlife protection but also on responsible agricultural practices and wetland conservation.

Recently, the Bombay Natural History Society (BNHS) announced a nationwide, synchronised All-India Sarus Crane Survey to establish a population baseline, identify important breeding and roosting areas, and assess threats such as collisions with overhead power lines.

Why Is the Sarus Crane in the News?

The Bombay Natural History Society (BNHS) announced plans for an All-India Sarus Crane Survey to improve understanding of the species’ population and distribution across India.

The proposed survey aims to:

• Estimate the population of Sarus Cranes and establish a baseline for future monitoring.
• Identify important breeding and roosting sites.
• Map areas where the birds face a high risk of collision with power lines.
• Improve understanding of the relationship between Sarus Cranes, wetlands and agricultural landscapes.
• Support the development of evidence-based conservation measures.

A coordinated nationwide survey can help researchers identify changes in population distribution and determine which areas require greater protection.

It can also support conservation planning by bringing together information about breeding habitats, human activities and infrastructure-related threats.

What Is the Sarus Crane?

The Sarus Crane (Antigone antigone) is a large, long-legged wading bird belonging to the crane family, Gruidae.

It is widely recognised as the world’s tallest flying bird and is the only resident breeding crane species in India. Unlike migratory cranes that visit the Indian subcontinent during particular seasons, Sarus Cranes generally remain within their home regions throughout the year.

The species is particularly associated with northern and central India, where wetlands, shallow water bodies and agricultural fields provide suitable feeding and breeding habitats.

Sarus Cranes are also known for their strong pair bonds and elaborate courtship displays. Their behaviour and appearance have made them an important part of Indian cultural traditions and rural landscapes.

Physical Characteristics of the Sarus Crane

The Sarus Crane has several distinctive physical features that make it easy to identify.

1. Exceptional Height

The Sarus Crane can stand approximately 1.5 metres tall, making it the tallest flying bird in the world.

Its long legs, elongated neck and upright posture give it a striking appearance in wetlands and agricultural fields.

2. Distinctive Red Head and Neck

The bird has predominantly ash-grey plumage, contrasting with the bare, crimson-red skin covering much of its head and upper neck.

This red colouring is one of its most recognisable features.

3. Large Wingspan

Its wingspan can reach approximately 2.4 metres, allowing it to fly over wetlands, grasslands and agricultural landscapes.

Despite its size, the Sarus Crane is capable of sustained flight and can travel between feeding, roosting and breeding locations.

4. Long Legs and Neck

Its long legs help it move through shallow water and flooded fields while searching for food. Its long neck also allows it to reach food items in wetland environments.

Habitat and Distribution of the Sarus Crane in India

Sarus Cranes prefer open landscapes where shallow water, vegetation and agricultural fields provide food and nesting opportunities.

They are commonly found in the following habitats:

• Marshes and freshwater wetlands.
• Shallow lakes and ponds.
• Flooded paddy fields.
• Seasonal water bodies, locally known as jheels.
• Grasslands and wet agricultural areas.
• Irrigation canals and other shallow-water environments.

In India, the species is particularly associated with northern and central regions. Uttar Pradesh is an important stronghold, while populations also occur in states such as Rajasthan, Gujarat and Madhya Pradesh.

Unlike many other crane species, Sarus Cranes can live successfully in human-dominated landscapes when suitable wetlands, food sources and nesting areas remain available.

However, the same proximity to people can expose them to agricultural chemicals, habitat destruction, power lines and other human-related threats.

Why Is the Sarus Crane Called a Resident Breeder?

• The Sarus Crane is generally non-migratory in India. Rather than undertaking long seasonal migrations, many birds remain in their local landscapes throughout the year.
• The species commonly breeds during the monsoon season, when water availability and wetland conditions can support nesting.
• Pairs construct large mound-like nests using vegetation in shallow water, marshes or flooded agricultural fields. These nests help keep eggs above the surrounding water.
• The availability of suitable nesting sites and sufficient food is essential for successful breeding.
• Changes in rainfall, wetland drainage and agricultural activities can therefore affect breeding success.

Diet of the Sarus Crane

The Sarus Crane is omnivorous, meaning it feeds on both plant and animal matter.

Its diet includes:

• Seeds and grains.
• Aquatic plants and tubers.
• Insects and other small invertebrates.
• Crustaceans and molluscs.
• Frogs and small reptiles.

The bird’s flexible diet allows it to use a variety of habitats, including wetlands, cultivated fields and shallow water bodies.

In agricultural landscapes, Sarus Cranes may feed on grains and other food items available in fields. This ability to use multiple food sources helps them survive in landscapes where natural wetlands and farmland occur together.

Breeding Behaviour and Lifelong Pair Bonds

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• One of the most widely recognised characteristics of the Sarus Crane is its strong pair bonding.
• Sarus Cranes are generally described as socially monogamous, often maintaining long-term pair relationships. Their courtship behaviour includes coordinated calls, wing displays, bowing and energetic leaps.
• These displays help strengthen pair bonds and play a role in courtship.
• The birds are frequently associated with lifelong companionship in Indian cultural traditions. However, their pair relationships should be understood as biological behaviour rather than an absolute rule that applies to every individual throughout its life.
• Their breeding success depends on the availability of suitable nesting habitat, adequate food, low disturbance and protection from predators.

Conservation Status of the Sarus Crane

• The Sarus Crane is classified as Vulnerable on the IUCN Red List of Threatened Species.
• This classification indicates that the species faces a significant risk of extinction in the wild if threats are not adequately addressed.
• Its conservation requires attention to both natural habitats and agricultural landscapes because the species often depends on wetlands embedded within areas of human activity.
• Important conservation priorities include protecting breeding wetlands, reducing collisions with power lines, preventing unnecessary wetland drainage and encouraging farming practices that minimise harm to wildlife.
• The Sarus Crane is also the state bird of Uttar Pradesh, reflecting its importance in the state’s natural heritage.

Major Threats to the Sarus Crane

Although Sarus Cranes can live near human settlements, several human activities can threaten their survival.

1. Collision with Overhead Power Lines

Large birds may collide with overhead transmission and distribution lines while flying between feeding, roosting and breeding areas.

Because Sarus Cranes often use open agricultural landscapes, power infrastructure can create collision risks along their flight paths.

Mapping these high-risk areas is one of the important objectives of the announced nationwide survey.

2. Wetland Loss and Degradation

Wetlands provide food, nesting sites and safe roosting locations.

Drainage, encroachment, pollution and conversion of wetlands for other uses can reduce the availability of suitable habitats.

The loss of shallow-water areas can also make breeding more difficult.

3. Pesticide Exposure

Agricultural chemicals may affect birds directly or indirectly through contaminated food and water.

Pesticides can harm organisms that form part of the crane’s diet and may disrupt the ecological balance of wetland and agricultural ecosystems.

Reducing harmful chemical exposure is therefore an important part of landscape-level conservation.

4. Disturbance During the Breeding Season

Nests located in agricultural fields may be affected by ploughing, harvesting, machinery and other farming activities.

Disturbance during breeding can damage nests or expose eggs and chicks to additional risks.

5. Predation

Eggs and young birds may be vulnerable to predators, including stray dogs in human-dominated landscapes.

Protecting nesting sites and reducing disturbance can help improve breeding outcomes.

6. Changes in Agricultural Practices

Changes in cropping patterns, water management and farming methods can affect food availability and nesting habitat.

Agriculture can support Sarus Crane populations when suitable wetland features are retained, but poorly planned land-use changes can make these landscapes less suitable.

What Is the All-India Sarus Crane Survey?

The All-India Sarus Crane Survey announced by BNHS aims to improve the scientific understanding of the species across its Indian range.

A nationwide, synchronised survey can provide a more consistent picture of population distribution than isolated observations collected at different times.

Its major objectives include:

• Population estimation: Establishing a baseline against which future population estimates can be compared.
• Habitat mapping: Identifying areas that support feeding, breeding and roosting.
• Threat assessment: Locating places where birds may face collision risks from overhead power lines and other infrastructure.
• Conservation planning: Providing information that can help conservation organisations and authorities prioritise action.
• Long-term monitoring: Creating a foundation for tracking changes in the species’ distribution and population over time.

The survey’s value will depend on the methods used, geographical coverage, participation of local observers and the quality of the resulting data. Its findings can help guide future conservation decisions.

Why Is the Sarus Crane Important for Biodiversity Conservation?

The Sarus Crane is valuable not only as a threatened bird but also as an indicator of the condition of the landscapes in which it lives.

1. Indicator of Wetland Health

Sarus Cranes depend on suitable shallow wetlands, food sources and relatively undisturbed breeding areas.

Their presence can provide useful information about local habitat conditions. However, the presence of cranes alone does not prove that a wetland is ecologically healthy; other indicators and scientific assessments are also needed.

2. Importance in Agricultural Ecosystems

Unlike species that depend mainly on remote wilderness, Sarus Cranes often share their habitats with farmers.

Their conservation demonstrates that agriculture and wildlife protection can coexist when farming practices, water management and nesting habitats are managed carefully.

3. Role in Wetland Food Webs

As omnivores, Sarus Cranes consume a range of plant and animal matter. They are part of the food webs that connect wetlands with surrounding agricultural landscapes.

Protecting the habitats they depend on also benefits many other wetland species.

4. Cultural Significance

The Sarus Crane is associated with loyalty and companionship in Indian cultural traditions.

Its presence in rural landscapes gives the species cultural importance in addition to its ecological value.

How Can Sarus Crane Conservation Be Improved?

Protecting this species requires cooperation between wildlife authorities, researchers, farmers, local communities and infrastructure agencies.

Some important measures include:

• Protecting wetlands, shallow ponds and seasonal water bodies.
• Mapping collision-prone power lines and adopting appropriate mitigation measures.
• Using agricultural chemicals responsibly and reducing pesticide contamination.
• Encouraging farmers to protect active nesting sites where practical.
• Avoiding unnecessary disturbance during the breeding season.
• Conducting regular population surveys and monitoring breeding success.
• Raising awareness among communities about the ecological and cultural importance of the species.

Conservation measures should be based on local conditions and scientific evidence. For example, power-line mitigation should prioritise verified high-risk locations, while wetland management should consider the needs of both wildlife and local communities.

Conclusion

The Sarus Crane is a distinctive part of India’s biodiversity and a reminder that wildlife conservation extends beyond protected forests and national parks. Its dependence on wetlands and agricultural fields makes the management of everyday landscapes especially important.

The All-India Sarus Crane Survey announced by BNHS is an important step towards improving population estimates, identifying breeding strongholds and understanding threats such as power-line collisions.

Long-term conservation will require scientific monitoring, wetland protection, safer infrastructure and cooperation with farming communities. By protecting the Sarus Crane, India can also support the wider wetland ecosystems and agricultural landscapes on which many other species depend.

Frequently Asked Questions (FAQs)

1. What is the Sarus Crane?

The Sarus Crane (Antigone antigone) is the world’s tallest flying bird and India’s only resident breeding crane species.

2. What is the scientific name of the Sarus Crane?

Its scientific name is Antigone antigone.

3. What is the conservation status of the Sarus Crane?

It is classified as Vulnerable on the IUCN Red List.

4. Which Indian state has the Sarus Crane as its state bird?

Uttar Pradesh.

5. Where is the Sarus Crane found?

It inhabits wetlands, marshes, shallow lakes, ponds, flooded agricultural fields and other open landscapes. In India, it is particularly associated with northern and central regions.

6. Is the Sarus Crane migratory?

The Sarus Crane is generally non-migratory in India and is known as a resident breeding species.

7. What does the Sarus Crane eat?

It is omnivorous and feeds on grains, seeds, aquatic plants, tubers, insects, crustaceans, molluscs, frogs and small reptiles.

8. Which organisation announced the All-India Sarus Crane Survey?

The Bombay Natural History Society (BNHS).

9. What is the purpose of the All-India Sarus Crane Survey?

The survey aims to estimate the population, identify breeding and roosting strongholds and assess threats such as collisions with overhead power lines.

10. What are the major threats to the Sarus Crane?

Major threats include wetland loss, power-line collisions, pesticide exposure, breeding-season disturbance, predation and changes in agricultural practices.