Tree‑Planting Tributes to Mothers: A Regional Blueprint for Climate Resilience in Northeast India

Introduction

Across the globe, climate‑change mitigation strategies are increasingly intertwined with cultural narratives that inspire collective action. In the Indian state of Manipur, a novel grassroots movement is leveraging the deep‑rooted reverence for mothers to accelerate reforestation. The campaign, which asks every citizen to plant a tree in memory of his or her mother, is more than a symbolic gesture; it is a strategic response to the region’s mounting carbon burden, biodiversity loss, and socio‑economic vulnerability.

This article dissects the initiative from multiple angles: the historical relationship between the Northeast’s forest heritage and community identity, the scientific basis for tree‑based carbon sequestration, the policy environment that frames local action, and the practical pathways through which a personal tribute can translate into measurable climate benefits. By weaving together data, case studies, and policy analysis, the piece demonstrates how a culturally resonant program can become a replicable model for other regions seeking to fuse tradition with climate ambition.

Main Analysis

1. The Ecological Stakes of the Northeast

The Seven Sister States of India—Arunachal Pradesh, Assam, Manipur, Meghalaya, Mizoram, Nagaland, and Tripura—host a mosaic of forest types ranging from tropical evergreen to temperate coniferous. According to the Forest Survey of India’s 2022 report, the combined forest cover of these states stands at roughly 45 million hectares, representing about 30 percent of India’s total forest area. Yet, the region’s forests are under pressure from illegal logging, shifting cultivation, and infrastructure development.

Carbon accounting reveals that the Northeast’s forests sequester an average of 2.5 t CO₂ ha⁻¹ yr⁻¹, a figure that surpasses the national average of 1.8 t CO₂ ha⁻¹ yr⁻¹. Translating this into national emissions terms, the region’s forests offset roughly 112 million tonnes of CO₂ annually—equivalent to the emissions of a mid‑size Indian city such as Jaipur. However, a 2021 satellite analysis indicated a net loss of 0.4 % of forested area per year, threatening both carbon storage and the livelihoods of forest‑dependent communities.

2. Cultural Foundations: Motherhood and the Forest

In many tribal societies of the Northeast, the forest is metaphorically described as “the mother of the land,” a source of nourishment, shelter, and spiritual sustenance. Anthropological research by Dr. L. K. Singh (2019) documents rituals in which newborns are named after trees, and festivals such as “Mawphlang” celebrate the symbiotic relationship between humans and flora. This cultural lexicon provides fertile ground for a campaign that frames tree planting as a tribute to mothers.

When retired CRPF Commandant and Padma Shri awardee Nameirakpam Kunjarani launched the “Imasingbu Ningshingduna Upal Thaba” (Planting Trees in Memory of Mothers) program at an old‑age home in Langjing Achouba, the event resonated precisely because it tapped into this symbolic reservoir. By linking personal loss to ecological gain, the initiative transforms grief into a regenerative act, thereby aligning emotional motivation with climate imperatives.

3. Scientific Rationale: From a Single Tree to a Carbon Budget

To assess the climate impact of the mother‑centric tree‑planting drive, we must first understand the carbon dynamics of a typical sapling in the region. A 10‑year‑old indigenous species such as *Quercus serrata* (Indian oak) can store approximately 12 t CO₂, while fast‑growing species like *Eucalyptus camaldulensis* may reach 8 t CO₂ in the same period. Assuming a mixed‑species planting strategy that prioritises native biodiversity, an average of 10 t CO₂ per tree over a 20‑year horizon is a realistic estimate.

If each of Manipur’s 3 million households plants one tree, the cumulative sequestration would be 30 million t CO₂ after two decades—roughly 27 percent of the state’s current annual emissions (≈ 110 million t CO₂). Scaling the initiative to the entire Northeast (≈ 15 million households) would yield a potential offset of 150 million t CO₂, effectively neutralising the region’s net emissions for a decade.

Beyond carbon, trees provide ancillary ecosystem services: they reduce soil erosion (critical in the hilly terrain of Manipur), improve water infiltration, and create habitat corridors for endangered species such as the Hoolock gibbon (*Hoolock hoolock*). A 2020 study by the North‑East Institute of Environmental Research quantified a 23 % increase in groundwater recharge in catchments where community‑planted trees were established.

4. Policy Landscape and Institutional Support

The Indian government’s Nationally Determined Contribution (NDC) under the Paris Agreement pledges a 33‑percent reduction in emissions intensity by 2030, with a specific target of increasing forest and tree cover to 33 % of the total geographical area. The Ministry of Environment, Forest and Climate Change (MoEFCC) has introduced the “Green India Mission,” allocating ₹2,500 crore (≈ US $340 million) for afforestation and ecosystem restoration.

At the state level, Manipur’s Forest Department released the “Manipur Climate Action Plan 2022‑2030,” which earmarks 1.2 million ha for reforestation and designates community‑led nurseries as a core implementation mechanism. The mother‑tree campaign dovetails with these policy instruments, offering a ready‑made mobilising narrative that can attract funding, technical assistance, and monitoring support from both central and state agencies.

Crucially, the program also aligns with the United Nations Sustainable Development Goals (SDGs), particularly SDG 13 (Climate Action), SDG 15 (Life on Land), and SDG 5 (Gender Equality). By foregrounding mothers, the initiative acknowledges women’s disproportionate exposure to climate risks while empowering them as custodians of the environment.

5. Economic Calculus: Cost‑Benefit and Livelihood Implications

Planting a sapling in the Northeast typically costs between ₹30 and ₹50 (US $0.40‑$0.70), covering seedling, site preparation, and initial maintenance. Assuming an average cost of ₹40 per tree, a statewide campaign involving 15 million trees would require an investment of ₹600 million (≈ US $81 million). This figure is modest when juxtaposed against the projected climate benefits.

From a cost‑effectiveness perspective, the Intergovernmental Panel on Climate Change (IPCC) estimates the price of carbon sequestration via afforestation at US $10‑$30 per tonne of CO