For generations, the parched land and the people of Tharparkar district have looked up to the sky.
In Pakistan’s largest desert, rainfall has always been synonymous with life, with hope. The arrival of monsoon clouds transforms barren landscapes into green pastures, replenishes water reservoirs, revives agriculture and sustains millions of animals that form the backbone of the local economy. The land blooms amid the annual resurgence of folk songs, ancient rituals and centuries-old traditions that celebrate rain as a divine blessing.
Yet a troubling transformation is unfolding across Tharparkar. Today, dread, more than joy, marks how most residents of the district greet dark clouds, as rain increasingly brings deadly lightning storms that threaten lives, livestock and livelihoods. The first rumble of thunder often triggers anxiety where once it promised celebration. The emotional burden of living under the constant threat of lightning strikes is now part of daily life in the district.
According to recent reports and local disaster management records, lightning strikes have become a lethal natural hazard. More recent assessments suggest that over 350 people have lost their lives to lightning strikes across the district since 2018, with thousands of animals also killed. Between 2023 and 2025 alone, dozens of people and more than 1,600 animals reportedly died due to lightning-related incidents. For a region where nearly every household depends on livestock and agriculture for survival, these losses mean economic catastrophes that push already vulnerable families deeper into poverty. When environmental patterns become unpredictable, they disrupt social structures and cultural continuity.
The tragedy grows more pronounced when viewed in the context of Tharparkar’s geography and society. It is one of the most densely populated deserts in the world, home to nearly 1.8 million people and millions of animals. The district is predominantly rural, with scattered settlements spread across its vast desert landscapes. Farmers, shepherds and labourers spend long hours outdoors, leaving them particularly vulnerable to thunderstorms. Unlike urban centres, its remote villages often lack proper shelters, lightning protection systems, emergency communication networks, and rapid medical services. A single lightning strike can kill multiple family members or wipe out an entire herd, destroying years of accumulated assets within seconds.
Science offers some clues as to why all this is happening, though not all the answers. Lightning is a natural atmospheric phenomenon generated by electrical charge separation within thunderclouds. The frequency and intensity of thunderstorms depend on atmospheric moisture, surface heat, vertical air movement and Convective Available Potential Energy (CAPE). Rising global temperatures increase the atmosphere’s capacity to hold more water vapour, creating conditions favourable for stronger convective storms.
Climate scientists have repeatedly warned that a warming world may produce more intense rainfall events and heightened thunderstorm activity in many regions. Aerosols suspended in the atmosphere can also influence cloud microphysics by altering droplet formation and storm electrification. Sulphate particles, dust and other airborne pollutants may affect thunderstorm development under certain conditions, although their exact relationships remain complex and location-dependent.
Apart from these climate-related changes, Tharparkar itself is undergoing a profound environmental transformation. The development of Thar coalfields has brought metalled roads and modern healthcare to the local people. It has undoubtedly contributed to Pakistan’s economic growth and its national energy security. On the other hand, large-scale mining operations, thermal power generation, increased vehicular traffic, land-use changes, wastewater reservoirs/spillages and industrial emissions have also drastically altered local environmental conditions.
Public perception across Thar frequently associates emerging environmental problems with coal development. While attributing every ecological change directly to mining would be scientifically inaccurate, dismissing local concerns would be equally unwise. Field interactions conducted by researchers from the National University of Sciences and Technology (NUST), in collaboration with an Islamabad-based think tank, Policy Research Institute for Equitable Development (PRIED), reveal a consistent pattern in community observations. Many residents associate changing rainfall patterns, increasing lightning activity, deteriorating air quality, water contamination and altered weather behaviour with coal mining and coal-based power generation.
Preliminary scientific investigations have also identified increased lightning activity near certain mining zones and wastewater reservoirs, coinciding with variations in relative humidity, aerosol concentrations and convective atmospheric conditions. These observations do not establish direct causation but raise important scientific questions regarding the interaction between global climate change and local anthropogenic influences on the environment. The challenge for researchers is to distinguish between large-scale climatic trends and localised microclimatic modifications.
While researchers from NUST and PREID are exploring affordable technologies that could make protection accessible to resource-constrained communities, the need for an immediate, sustained response cannot be overemphasised. Provincial authorities, industry stakeholders, researchers and civil society organisations should collaborate to install lightning protection infrastructure across vulnerable villages, schools, health centres and public spaces. Cost-effective lightning arrestors designed specifically for local conditions could become a practical adaptation strategy.
The tears of a Thari mother fearful of the next thunderstorm should remind us that the measure of progress is not merely the electricity generated from coalfields or the roads constructed across the desert. It is whether children can play safely when clouds gather, shepherds can graze their animals without fear, and peacocks can come out to dance again.
Seen this way, Tharparkar stands at a critical crossroads. The district can become a model of sustainable development where science, policy, industry and local communities work together to address emerging environmental challenges, or it can continue to witness a growing cycle of fear and loss. The people of Tharparkar deserve a future where the monsoon once again symbolises hope, prosperity and life. Securing that future requires urgent action, scientific honesty, and a collective commitment to protecting one of Pakistan’s most remarkable and resilient landscapes.
The writer is a tenured professor and head of the department of environmental science at the National University of Sciences and Technology (NUST), Islamabad.
