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An in-depth analysis of human-wildlife conflict in India. Review casualty data, economic loss, policy interventions, and field-tested prevention methods.

Defining Human-Wildlife Conflict, Casualty Data, and Economic Costs

Human-wildlife conflict in India is not an issue confined to remote jungle tracts. It occurs directly at the intersection of dense human populations and fragmented natural ecosystems. With over 80,000 wildlife conflict incidents reported to state authorities annually, the pressure on both rural communities and wildlife populations is constant.

Between 2019 and 2024, wild elephants accounted for 2,727 human fatalities, while tigers accounted for 349 deaths during the same five-year window. Beyond these large mammal interactions, venomous snakebites claim an estimated 50,000 to 58,000 lives every year—nearly half of the worldwide total.

For rural farmers living along forest boundaries, crop raiding by wild herbivores frequently causes catastrophic income loss, trapping agricultural households in cycles of debt. Addressing this challenge requires an accurate look at factual data, policy frameworks, and field-tested mitigation tools.

What Is Human-Wildlife Conflict? Definition and Context in India

Human-wildlife conflict (HWC) refers to negative interactions between people and wild animals that result in adverse outcomes for both sides. These outcomes include loss of human life, physical injuries, livestock predation, destruction of agricultural crops, property damage, and the retaliatory killing or displacement of wild animals.

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│             DRIVERS OF HUMAN-WILDLIFE ENCOUNTERS            │

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       ▼                       ▼                       ▼

┌──────────────┐       ┌──────────────┐       ┌──────────────┐

│ PUSH FACTORS │       │ANTHROPOGENIC │       │  BEHAVIORAL  │

│              │       │  PRESSURES   │       │  ADAPTATION  │

│ • Habitat    │       │ • Linear     │       │ • Crop       │

│   loss       │       │   corridors  │       │   palatability│

│ • Forest     │       │ • Urban edge │       │ • High prey  │

│   degradation│       │   expansion  │       │   density    │

│ • Water      │       │ • High-yield │       │ • Habituation│

│   scarcity   │       │   crops      │       │   to humans  │

└──────────────┘       └──────────────┘       └──────────────┘

Defining Conflict vs. Coexistence in Shared Habitats

India holds approximately 70% of the world’s wild tigers and 60% of the Asian elephant population within just 2.4% of the global land area. Consequently, wildlife cannot be managed solely inside fenced protected zones. Millions of people live adjacent to national parks, wildlife sanctuaries, and reserve forests.

A critical distinction must be made between natural coexistence—where wildlife and humans share a landscape with minimal negative friction—and active conflict. True conflict arises when the resource requirements of wildlife (such as seasonal foraging territory, water access, and breeding corridors) directly intersect with human economic livelihoods and personal safety.

Push Factors, Anthropogenic Pressures, and Wildlife Behavior

Wildlife-human interactions generally stem from three intersecting forces:

• Push Factors: Environmental degradation, invasive weed proliferation, and seasonal water shortages inside protected reserves force herbivores and predators into human habitations in search of food and hydration.

• Anthropogenic Pressures: Linear infrastructure (highways, railway tracks, irrigation canals), agricultural expansion into traditional migration paths, and expanding real estate developments close to forest boundaries physically fragment animal habitats.

• Wildlife Behavioral Shifts: Many species adapt to human-dominated landscapes. Wild boars, peafowl, and elephants often target nutrient-dense, high-yield cash crops such as sugarcane, paddy, and banana, altering their traditional foraging behaviors.

By the Numbers: Casualties, Economic Losses, and the Overlooked Snakebite Crisis

Accurate data collection remains the foundation of effective wildlife management. When examining wildlife-related casualties in India, the numbers show a wide distribution across different species and regions.

Human Fatalities Across Major Species

Between 2019 and 2024, official records document 2,727 human deaths caused by elephants across the country, averaging roughly 545 fatalities annually. Tigers accounted for 349 deaths over the same period, averaging about 70 fatalities per year.

At the state level, localized multi-year studies reveal the breadth of animal involvement. In Kerala, forest department data documented 1,527 human fatalities across all species over a 15-year period. Between 2021 and 2025 in Kerala alone, animal attacks accounted for 142 human deaths: 103 from elephants, 35 from wild pigs, and 4 from tigers.

  5-Year National Fatalities (2019–2024)

  ══════════════════════════════════════════════════════════════════

  Elephants  ████████████████████████████████████████  2,727 deaths

  Tigers     █████  349 deaths

  ══════════════════════════════════════════════════════════════════

  Annual Average: Elephants ~545/yr | Tigers ~70/yr

The Hidden Epidemic: Understanding Snakebite Mortality

While encounters with large mammals draw extensive public and media attention, venomous snakes represent the single largest source of wildlife-related human mortality in India.

• National Annual Mortality: Epidemiological surveys published in Nature and WHO research indicate that 50,000 to 58,000 individuals die from snakebites in India annually.

• Disproportionate Impact in Kerala: In Kerala’s 15-year dataset of 1,527 wildlife-related deaths, snakebites accounted for 75% (1,146 deaths) of all recorded fatalities.

• The Reporting Discrepancy: The Central Bureau of Health Intelligence (CBHI) recorded an average of roughly 300,000 hospital cases and approximately 2,000 deaths annually between 2016 and 2020. In contrast, the comprehensive Million Death Study (MDS) identified over 1.2 million snakebite deaths in India between 2000 and 2019. This reveals a nearly ten-fold under-reporting gap in formal hospital registrations, primarily because many rural victims rely on traditional healers or die before reaching tertiary medical centers.

• Geographic Distribution: Approximately 70% of snakebite fatalities occur in low-altitude agricultural belts across Bihar, Jharkhand, Madhya Pradesh, Odisha, Uttar Pradesh, Andhra Pradesh, Rajasthan, and Gujarat. The national lifetime risk of dying from a snakebite is approximately 1 in 250, rising to 1 in 100 in high-risk agricultural communities.

Field Note: The World Health Organization has targeted a 50% reduction in snakebite deaths by 2030. Achieving this depends on classifying snakebites within state wildlife conflict strategies, supplying regional antivenoms, and outfitting agricultural workers with basic safety gear like protective rubber boots and rechargeable flashlights.

Agricultural Toll and the Rural Debt Cycle

The economic cost of crop loss often exceeds the visible toll of physical injuries. Unlike occasional predator attacks on livestock, crop raiding by herbivores is frequent and geographically widespread.

• Kerala: Cumulative state agricultural losses linked to wildlife foraging are estimated between ₹10,000 crore and ₹40,000 crore. A survey indicated that 62% of affected marginal farmers reduced their cultivated acreage due to repeated crop raids.

• Karnataka (Kodagu District): Approximately 50% of surveyed farmers report average annual crop damages of ₹90,000. A single sustained elephant foraging incident can wipe out over 20% of a farmer’s annual crop yield.

• Tamil Nadu (Western Ghats Periphery): Field surveys indicate that 50% to 60% of standing crops in high-conflict fringe areas suffer damage from wild boars, peafowl, and elephants.

• Himachal Pradesh: Direct annual agricultural losses from wild animals stand at an estimated ₹500 crore, escalating to ₹1,500 crore when factoring in the private capital farmers spend on physical protection and night guarding.

Table 1: Human Casualties and Incidents by Species

Table 2: Regional Economic Losses and Agricultural Damage Estimates

Why Human-Wildlife Conflict Is Increasing: Habitat Loss, Urbanization, Climate Change

The escalation of human-wildlife encounters across India is not accidental. It is the direct result of ecological shifts, expanding human infrastructure, and changing agricultural practices that force wildlife out of protected zones and into human-dominated landscapes. Researchers project that by 2070, India will become a global hotspot for these conflicts due to concurrent population growth and habitat overlap.

Habitat Fragmentation & Disrupted Movement Corridors

Wild animals, particularly megaherbivores like Asian elephants, require vast territories and seasonal migration routes. When linear infrastructure cuts through these historical paths, animals are forced to cross human settlements.

Data highlights the severity of this infrastructure pressure on elephant corridors:

• Highway Crossings: 177 distinct elephant corridors are currently crossed by vehicular traffic.

• Railway Intersections: 13 major corridors are bisected by railway lines.

• Physical Barriers: 150 corridors are blocked by various types of fencing.

A prominent example is the Kaziranga-Karbi Anglong corridor in Assam, which has been heavily fragmented by expanding highways and tea plantations, leading to frequent crop raids and fatal encounters.

Deforestation, Alien Plants, and Agricultural Attractants

The quality of natural forests is declining, pushing herbivores outward in search of food. Commercial plantations of alien plant species—such as acacia, mangium, and eucalyptus—have replaced native fodder in several regions. Deprived of natural sustenance, herbivores turn to the nutrient-dense edges of human settlements.

Simultaneously, changing agricultural practices are actively drawing animals out of the forests. High-yield, palatable crops like rice, banana, and sugarcane act as powerful attractants for elephants, wild boars, and peafowl.

Urbanization Near Forests: The Leopard Interface

Human-wildlife conflict is often perceived as a strictly rural issue, but urbanization is increasingly bringing predators into city limits. As real estate development encroaches upon natural boundaries, urban-wildlife interfaces are expanding.

• Delhi NCR Sightings: There have been more than 30 leopard sightings recorded across Delhi, Noida, and Gurugram since 2019.

• Road Casualties: Over 10 leopards have died in road accidents on the Gurugram-Faridabad stretch since 2015.

Wildlife management in urban areas requires specialized approaches. For instance, when a leopard injured a youth in Gurugram in 2024, wildlife authorities successfully captured and tranquilized the animal rather than resorting to lethal measures.

Climate Change and Shifting Migration Routes

Climate change acts as a threat multiplier. Altered seasonal patterns and shifting migration routes mean animals are moving into new territories where communities are unprepared for them. Severe droughts and water scarcity inside protected areas are increasingly driving species like wild boars directly into irrigated farmlands to survive.

The Density Paradox: Carrying Capacity and Conservation Success

Paradoxically, some conflict stems from India’s conservation successes. When apex predator populations recover, they eventually reach the carrying capacity of their protected habitats.

For example, Kaziranga National Park saw its tiger population increase from 80 individuals in 1997 to 148 tigers in 2024. While this represents a massive conservation victory, this high density forces younger or weaker tigers to establish territories in the forest fringes, inevitably increasing the likelihood of livestock predation and human encounters.

Government Initiatives: National Strategy 2021-26, Project HANUMAN, Centre of Excellence

Recognizing the escalating economic and human toll, the Indian government and state forest departments have introduced comprehensive policy frameworks, revised compensation structures, and technology-driven field operations to mitigate conflict.

National Frameworks and Guidelines

At the federal level, the Ministry of Environment, Forest and Climate Change (MoEFCC) oversees the National HWC Mitigation Strategy 2021-26, which shifts the focus from reactive compensation to early warning, active prevention, and rapid response.

On March 20, 2023, the Union Minister released 14 HWC Guidelines to establish a common understanding for effective mitigation across all states. Additionally, the MoEFCC advises states to utilize the Disaster Management Act of 2005 for rescue operations, relief distribution, and maintaining law and order during severe wildlife incidents.

Project HANUMAN (Andhra Pradesh)

Launched on March 3, 2026, to coincide with World Wildlife Day, Project HANUMAN (Healing and Nurturing Units for Monitoring, Aid & Nursing of Wildlife) represents one of the most advanced state-level interventions to date. Rolled out by the Andhra Pradesh Forest Department in heavily affected districts like Chittoor and Parvathipuram Manyam, the initiative focuses on rapid deployment and real-time monitoring.

The project heavily utilizes Kumki elephants—trained domestic elephants used to safely drive away wild herds without resorting to lethal force or stressful translocation.

The Centre of Excellence at SACON Coimbatore

To integrate modern technology into wildlife management, the government announced the establishment of a Centre of Excellence for HWC at the Sálim Ali Centre for Ornithology and Natural History (SACON) in Coimbatore in 2025.

The Centre focuses on AI-based monitoring, drone surveillance, and the deployment of technologically equipped Rapid Response Teams. By mid-2025, the institution began recruiting 36 specialized project personnel to build capacity among field practitioners and local communities.

Revised Ex-Gratia and Compensation Mechanisms

In December 2023, the MoEFCC significantly revised ex-gratia payment structures under the ‘Project Tiger & Elephant’ initiative to better support affected families. However, while compensation amounts have increased, farmers frequently report that processing delays and bureaucratic hurdles undermine the effectiveness of these financial safety nets.

Table 3: Evolution of Central Ex-Gratia Relief and State Compensation Schemes

Table 4: Operational Assets and Infrastructure Breakdown of Project HANUMAN (2026)

Species-Specific Conflicts: Elephants, Tigers, Leopards, Wild Boars, Snakes

Effective wildlife conflict management requires moving beyond generic strategies. A deterrent that stops an elephant will rarely stop a wild boar, and the protocols for handling a displaced leopard differ entirely from managing a venomous snake. Understanding the specific behavioral profiles of these species is essential for implementing practical field solutions.

Asian Elephants: Herd Dynamics and Active Deterrents

With 2,727 human fatalities recorded nationally between 2019 and 2024, Asian elephants account for the highest number of large mammal conflict deaths in India. In Kerala alone, elephants were responsible for 103 human deaths between 2021 and 2025.

Because elephants are highly intelligent and possess strong spatial memory, they easily adapt to fixed barriers. Crop raiding is a learned behavior, often passed down within herds.

• Early Warning Systems: Forest departments increasingly rely on SMS alerts, watchtowers, and trip-wire alarms to notify villages of approaching herds.

• Active Deterrence: States like Andhra Pradesh successfully deploy Kumki elephants—specially trained domestic elephants—to safely guide wild herds away from agricultural zones without using lethal force.

Large Felids: Tigers and Leopards

While tiger and leopard encounters share similarities, their conflict contexts differ significantly. Tigers accounted for 349 human deaths between 2019 and 2024. Much of this conflict stems from tiger populations reaching their habitat carrying capacity, as seen in Kaziranga National Park, which recorded a high density of 148 tigers in 2024. This success forces young transient tigers into buffer zones, increasing livestock predation and human encounters.

Leopards, however, are highly adaptable to urban and semi-urban environments.

• Urban Interface: There have been over 30 leopard sightings across Delhi, Noida, and Gurugram since 2019, alongside more than 10 leopard road fatalities on the Gurugram-Faridabad stretch since 2015.

• Mitigation Approach: The primary protocol for urban leopards is safe capture and relocation rather than killing. For instance, when a leopard injured a youth in Gurugram, authorities successfully captured and tranquilized the animal, drawing praise from wildlife experts for avoiding the lethal mob beatings seen in earlier incidents.

Wild Boars and Herbivores

Despite being native species (not invasive, as commonly mischaracterized), wild boars experience population explosions due to a lack of natural predators and habitat degradation. Severe droughts often force them into irrigated farmlands.

The agricultural damage is extensive. In Tamil Nadu’s Western Ghats region, wild boars, alongside peafowl and elephants, are responsible for damaging 50% to 60% of standing crops. In Kalaburagi, Karnataka, wild boars recently destroyed 120 acres of sugarcane. The severity of these raids led the Kerala government to declare wild boar attacks a state-wide disaster under the Kerala Wildlife Protection Bill 2024-25.

Venomous Snakes: Agricultural Exposure and Field Safety Measures

Snakes cause more human fatalities than all other wildlife combined, accounting for 50,000 to 58,000 deaths annually in India. In Kerala, snakebites were responsible for 75% of all wildlife-related casualties over a 15-year period.

• Risk Profile: The lifetime risk of dying from a snakebite is 1 in 250 nationally, rising to 1 in 100 in high-risk agricultural belts.

• Prevention: The World Health Organization aims to halve snakebite deaths by 2030. Achieving this requires simple, practical interventions: equipping farmers with rubber boots, protective gloves, and rechargeable torches for night-time irrigation work.

Field Barrier Systems: Technical Comparison and Limitations

Physical barriers are the first line of defense for rural farmers, but their effectiveness depends entirely on correct application, regular maintenance, and matching the barrier type to the target species.

A common misconception is that a single barrier type, such as a solar fence, works for all animals. While effective for elephants, standard solar fences are often easily breached by wild boars, leopards, and snakes.

Table 5: Comparative Evaluation of Physical and Biological Barriers

Regional Case Studies: Kerala, Karnataka, Gujarat, Tamil Nadu

Wildlife conflict manifests differently depending on regional geography, agricultural practices, and state-level governance.

Western Ghats (Kerala & Tamil Nadu): Plantation Interfaces and Disaster Declarations

The Western Ghats feature a dense intermixing of protected forests and commercial plantations.

• Kerala: Over 15 years, the state recorded 1,527 human deaths and suffered cumulative crop losses estimated between ₹10,000 crore and ₹40,000 crore. The economic pressure is so severe that 62% of affected farmers have reduced their cropped areas.

• Tamil Nadu (Dindigul): Over a recent 10-month period, authorities documented 181 conflict incidents resulting in 4 human deaths, paying out ₹55.6 lakh in compensation. 90% of farmers in these fringe areas identify wildlife conflict as their primary agricultural risk.

Kodagu (Karnataka): Agro-Forestry and Chronic Farmer Debt

Kodagu district illustrates the severe financial impact of human-wildlife conflict on individual households. Roughly 50% of farmers in this region lose approximately ₹90,000 annually to wildlife damage.

This consistent loss equates to one to three months of household income per year, trapping many smallholders in persistent cycles of debt. A single interaction with a foraging elephant herd can decimate more than 20% of a farmer’s seasonal yield.

Central India and Saurashtra (Gujarat): Coexistence in Big Cat Landscapes

Gujarat offers a unique model of coexistence, primarily centered around the Asiatic lions of Gir National Park. Recognizing the importance of community support in conservation, state policies focus heavily on prompt livestock compensation and eco-tourism revenues that directly benefit local communities. In March 2025, Prime Minister Modi visited Gir and chaired the National Board for Wildlife, announcing the 16th Asiatic Lion Estimation for 2025 and a new Centre of Excellence for conflict mitigation.

Practical Guidelines: Mitigating Conflict in the Field

While systemic solutions require government action, individuals and communities can implement practical measures to reduce the frequency and severity of wildlife encounters.

Safety and Preventive Protocols for Forest-Fringe Farmers

Farmers bear the heaviest economic and physical burden of wildlife conflict. Implementing localized deterrents can significantly protect livelihoods.

• Crop Selection: Shift away from high-attract crops like sugarcane and paddy near forest boundaries, replacing them with non-palatable cash crops such as lemongrass or chilli.

• Layered Fencing: Do not rely on a single barrier. Combine physical deterrents, such as solar fences or bee-hive fences, with bio-fencing (chilli and cactus planting) to create multiple lines of defense.

• Prompt Reporting: Utilize early warning systems like SMS alerts and promptly report any crop damage to forest departments to initiate compensation claims.

Guidelines for Residents in Urban Wildlife Corridors

With urbanization pushing into natural habitats, city residents must adapt to the presence of adaptable predators.

• Waste Management: Keep properties clean and avoid leaving garbage in the open. Open waste attracts feral dogs and wild pigs, which in turn attract leopards.

• Sighting Protocols: If you spot a leopard in an urban area (such as the Delhi NCR region), immediately report the sighting to local wildlife authorities. Do not crowd the animal or attempt to capture it.

• Road Safety: Drive cautiously and adhere to speed limits on roads passing near wildlife corridors to prevent fatal collisions for both humans and animals.

Field Safety for General Travelers and Agricultural Workers

Simple behavioral adjustments can drastically reduce fatal encounters, particularly concerning venomous snakes.

• Protective Gear: Always wear rubber boots and thick gloves when working in agricultural fields or walking through dense undergrowth.

• Nighttime Visibility: Most snakebites occur in low-light conditions. Always use a rechargeable torch or flashlight when navigating rural paths or irrigating fields at night.

• Support Coexistence: Participate in eco-tourism initiatives that provide economic benefits to local communities, reinforcing the value of wildlife conservation.

Common Misconceptions About Human-Wildlife Conflict

Public understanding of wildlife conflict is often clouded by sensationalism and outdated assumptions. Correcting these misconceptions is vital for effective policy support.

• Misconception: Elephants are the only major cause of wildlife casualties.

• Fact: While elephants cause substantial damage, snakebites are responsible for the vast majority of human deaths. In Kerala, snakes caused 75% of wildlife-related casualties over 15 years, compared to 276 deaths by elephants and 63 by wild boars. Nationally, tigers accounted for 349 deaths between 2019 and 2024.

• Misconception: Solar fences work perfectly for all species.

• Fact: Solar fences are highly effective for elephants but are easily breached or bypassed by digging animals like wild boars and agile climbers like leopards. Deterrents must be species-specific.

• Misconception: Wild boars are an invasive species.

• Fact: Wild boars are native to India. Their populations have exploded due to habitat loss, severe droughts driving them into irrigated farms, and a lack of natural predators, but they are not biologically “invasive”.

• Misconception: Capturing and killing predators solves urban conflict.

• Fact: Lethal force is rarely the answer and often exacerbates the problem. When a leopard was captured in Gurugram in 2016, wildlife experts praised authorities for safely tranquilizing it rather than resorting to mob violence.

• Misconception: Climate change has no impact on human-wildlife conflict.

• Fact: Climate change alters seasonal water availability and shifts traditional migration routes, forcing species into new, populated areas to survive.

• Misconception: Kumki elephants are harmful to animal welfare.

• Fact: When trained properly, Kumki elephants provide a highly effective, non-lethal method of driving wild herds away from human settlements, avoiding the need for dangerous darting or shooting.

Frequently Asked Questions

1. What is the definition of human-wildlife conflict in India? Human-wildlife conflict refers to negative interactions between humans and wild animals that result in harm to people, property, agricultural crops, or the animals themselves. It is primarily driven by habitat loss, urbanization, and changing wildlife behaviors.

2. How many people die from elephant attacks in India annually? Between 2019 and 2024, official records show 2,727 human deaths caused by wild elephants, which averages approximately 545 fatalities per year.

3. What is the current compensation amount for wildlife attack casualties? As of December 2023, under the ‘Project Tiger & Elephant’ initiative, the MoEFCC revised the ex-gratia compensation for a human death from ₹5 lakh to ₹10 lakh. Compensation for grievous injury is standardized at ₹2 lakh.

4. How much economic loss is caused by wildlife crop damage? The financial toll is immense. In Kerala alone, cumulative agricultural losses are estimated between ₹10,000 crore and ₹40,000 crore. In Himachal Pradesh, total annual crop losses range from ₹500 crore to ₹1,500 crore when factoring in protection costs.

5. What is Project HANUMAN? Launched in Andhra Pradesh in March 2026, Project HANUMAN is a conflict mitigation initiative featuring 100 GPS-enabled vehicles, 7 wildlife ambulances, 4 regional rescue centers, a digital monitoring app, and the deployment of Kumki elephants.

6. What is the Centre of Excellence at SACON? Announced in March 2025, the Centre of Excellence for Human-Wildlife Conflict operates out of SACON in Coimbatore. It focuses on integrating AI monitoring, drone surveillance, and advanced Rapid Response Teams into field operations.

7. How many snakebite deaths occur in India every year? India accounts for roughly half of the global snakebite burden, with an estimated 50,000 to 58,000 deaths occurring annually. The WHO has set a target to halve this mortality rate by 2030.

8. Why are wild boars considered such a severe agricultural threat? Wild boars target high-yield crops. In regions like Tamil Nadu’s Western Ghats, wild boars, alongside peafowl and elephants, damage up to 60% of standing crops. The issue is so severe in Kerala that the state declared wild boar attacks a state-wide disaster in 2024–25.

9. How do bee-hive fences work? Bee-hive fences utilize the Asian elephant’s natural fear of bees. When an elephant attempts to breach the fence, the movement agitates the attached hives. The threat of bee stings acts as a highly effective, natural physical barrier.

10. What should I do if I see a leopard in an urban area like Gurugram? Do not panic, approach, or attempt to corner the animal. Secure yourself indoors, keep pets inside, and immediately report the sighting to the local forest department or wildlife rescue authorities.

Conclusion: Moving Toward Sustainable Coexistence

The escalating human-wildlife conflict in India is a complex symptom of a larger ecological challenge. As human infrastructure fragments historical migration routes and climate change alters resource availability, encounters between humans and wildlife will inevitably increase. Data clearly shows the immense toll this takes on rural livelihoods through crop destruction, as well as the tragic loss of human life to elephants, tigers, and venomous snakes.

However, the response is evolving. The transition from purely reactive compensation to proactive, technology-driven management is evident in initiatives like Andhra Pradesh’s Project HANUMAN and the AI-focused Centre of Excellence at SACON in Coimbatore. By utilizing early warning systems, non-lethal deterrents like Kumki elephants, and community-level agricultural adaptations, authorities are building a framework that prioritizes human safety without compromising conservation goals.

Ultimately, true resolution requires acknowledging that India’s wildlife cannot be permanently fenced in. Sustainable coexistence demands smart land-use planning, prompt and fair compensation for affected farmers, and a widespread understanding that protecting the natural ecosystem directly protects the communities living on its borders.