She Pierces the Fabric, Heat Pierces Her

Chikankari, a delicate embroidery technique, intricately stitched with motifs of flowers and vines, inspired by the Persian culture, craft flourished under the Mughal Empire, with legend crediting Empress Nur Jahan as a major devotee and patron of the art, stands as a quintessential jewel of Indian haute couture, practiced in Lucknow. A small abode tightly packed within others, creating a sort of snapshot when you are doomed in a Tetris game, but here instead being colourful and vivid, it is pale, dull and chipped. In that cramped, poorly ventilated room, a female artisan wipes sweat dripping from her forehead because a single drop will stand and ruin the delicate white thread, reducing her pay by 80%. She earns a mere pittance by making these fabrics but the burden is several folds huge.

The Urban Heat Island Phenomenon in Lucknow

This single drop of sweat is the direct product of a massive environmental crisis, Surface Urban Heat Island effect. It is the phenomenon where urban land surfaces are significantly hotter than surrounding rural areas due to replacement of natural vegetation with heat absorbing materials like concrete, asphalt, tar, metals and bricks. These artificial surfaces absorb solar radiation during the day and slowly release it at night, raising local land surface temperatures. Urban Heat Island (UHI) research for Lucknow shows a maximum temperature differential of 4°C to 5.6°C between dense urban cores and surrounding rural zones (Gupta, 2025). These areas feel like literal oven heated to bake gooey chocolate cookies. As sweet it sounds, much bitter is the reality. Over the span of 30 years Lucknow’s built-up urban footprint exploded nearly fivefold, skyrocketing from 53.86 km² to 261.45 km² (Khan et al., 2025).

The exact spots where Chikankari is made—like Jutey Wali Gali in Aminabad and Kutchery Road in Maulviganj—are packed concrete zones.

• The Summer Heat: In June, while open areas like the airport stay cooler, the crowded streets of Aminabad skyrocket to a scorching 44°C to 46°C. Even worse, late at night the concrete holds onto the heat, meaning these homes never cool down, even at midnight. These temperatures drop to 28°C to 32°C still considered warm (Nisar et al., 2025).
• The Monsoon Trap: In late June, temperatures stay stubbornly high at 41°C to 43°C. Because it’s monsoon season, this intense heat mixes with suffocating humidity. Even late at night temperatures drop to around 28°C only (Nisar et al., 2025).

In the time span of 2000 to 2025 the Built-up area increased around 184.2% and Vegetation decreased 49.9% area wise. This concrete takeover drove average summer ground temperatures from 38.4°C up to a scorching 42.7°C, concentrated heavily in the historic Central Zone. That is a whopping 4.3°C increment (Kumar & Singh, 2026).

The Physical Toll on Women Artisans

Around 80% to 90% of Chikankari artisans are female. These women aren’t working in air-conditioned apartments. The air becomes so thick with humidity that their own bodies turn against them. The physical toll, exhaustion, and the numb grip of the needle ready to pierce the body of white fabric. She pierces the fabric, heat pierces her. But even if she doesn’t, heat will. Slow, but sure. The human tears even mix with the sweat enough that no one could distinguish between them. It echoing the famous warning by Activist Greta Thunberg: “I don’t want you to be hopeful. I want you to panic. I want you to feel the fear I feel every day… I want you to act as if the house is on fire.” (Thunberg, 2019) For these women, the house is already burning.

Solutions: Green Corridors, Cool Roofs, and Micro-Forests

All fires might not be red but all are extinguishable. When Medellin, Columbia faced a choking climate crisis, they did not just plant trees, they built around 30 interconnected “Green Corridors”. These Corridors slashed ambient air temperatures across the city by a huge 2°C in just three years, while drastically reducing respiratory illness morbidity from 160 to 95 per thousand inhabitants (C40 Cities, 2019).

Global urban modelling (from Berlin to the West Midlands) proves that retrofitting existing high-density residential zones with ultra-reflective, high-albedo coatings is the single most efficient way to break an active heatwave. Implementing cool roofs could drop localized, indoor, daytime air temperatures by up to a maximum of 3°C, effectively offsetting 25% of heatwave-related mortality (Heaviside et al., 2016).

By coating the narrow, vertical walls and roofs of Jutey Wali Gali and Kutchery Road with these reflective coatings, the alleys stop acting like thermal mirrors, providing immediate relief to the home-workspaces inside.

Because Aminabad is a tightly packed Tetris nightmare with zero space for massive parks, Lucknow must deploy Miyawaki Micro-Forests. This Japanese technique grows ultra-dense, multi-layered native forests in microscopic urban patches (even a broken concrete corner or a 5-meter alley end), creating immediate, localized cool pockets through rapid evapotranspiration. If we do not enact, soon the chocolate chip gooey cookies would be ready, although they won’t taste sweet.

References

Gupta, R. (2025). GIS-based analysis of land surface characteristics and Urban Heat Islands in metropolitan cities of India. International Journal of Engineering and Geosciences, 10(3), 440–455. https://doi.org/10.26833/ijeg.1638818

Khan, D., Khan, N., Choudhury, U., Singh, S. K., Kanga, S., Kumar, P., & Meraj, G. (2025). Urban expansion and spatial growth patterns in Lucknow: Implications for sustainable development (1991–2021). Sustainability, 17(1), 227. https://doi.org/10.3390/su17010227

Nisar, Z., Gulati, R., & Ashraf, K. (2025). An integrated Urban Heat Island Index for dense commercial districts: A multi-season assessment of Aminabad, Lucknow. Goya Journal, 18(12), 224–236.

Kumar, A., & Singh, P. (2026). Assessing the relationship between Urban Heat Island intensity and heat-related health outcomes in Lucknow City: A geospatial and epidemiological analysis (2000–2025). Shodh Samagam, 9(1), 401–412.

Thunberg, G. (2019, January 25). Speech at the World Economic Forum. Davos, Switzerland. World Economic Forum.

C40 Cities. (2019). Cities100: Medellín’s interconnected green corridors. C40 Knowledge Hub. https://www.c40knowledgehub.org/s/article/Cities100-Medellin-s-interconnected-green-corridors?language=en_US

Heaviside, C., Vardoulakis, S., & Cai, X. H. (2016). Attribution of mortality to the urban heat island during heatwaves in the West Midlands, UK. Environmental Health, 15(S1), 27. https://doi.org/10.1186/s12940-016-0100-9

WriteToWin Summer 2026

Official publication archive for the WriteToWin National Climate Literacy Competition – Summer 2026 Season. Showcasing top shortlisted essays and real-world environmental actions by young leaders across India.