With tree-planting program, schoolchildren monitor climate footprint in Karachi and Tharparkar desert

Students plant trees at Ansari Green Park in Tharparkar, Sindh province, Pakistan, in April 2019. (Photo courtesy: NED University)
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Updated 09 November 2021
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With tree-planting program, schoolchildren monitor climate footprint in Karachi and Tharparkar desert

  • Thar-Karachi Student Mobility Campaign for Reducing Carbon Footprint started in 2019 to raise climate change awareness among schoolchildren
  • Through NED University website, children continue to monitor CO2 absorption of trees they planted in Karachi and Thar

KARACHI: Two years ago when Sameer Islam joined a tree-planting program at his school in Pakistan’s coastal megacity of Karachi, he didn’t know much about the role of plants in tackling climate change. But everything changed when he visited a nearby desert district as part of the Thar-Karachi Student Mobility Campaign for Reducing Carbon Footprint program.
The program was set up by the NED University of Engineering and Technology in April 2019 and established with a grant from the Higher Education Commission and the Sindh Engro Coal Mining Company (SECMC) to raise climate change awareness among schoolchildren. 
Under the program, 35 students from grade five to 10 were selected to work in two regions of Sindh province — Karachi and the desert region of Tharparkar — that have been hit by global warming and seen deadly heatwaves and droughts in recent years.
During the campaign, the children visited the regions to plant trees and until today monitor them through the university’s website to see how the plantation contributes to reducing the global climate footprint.
As trees grow, they absorb carbon dioxide (CO2), a major greenhouse gas in the atmosphere. The trees planted during the NED program are geo-tagged, with their health, diameter and height regularly measured. All data is uploaded to the university’s website, where an algorithm estimates their CO2 absorption, allowing the kids to monitor the trees’ performance.
“I knew very little about the trees,” Islam, a seventh-grade student, told Arab News. “But when I visited Tharparkar for the plantation, I came to know about their importance.”




Students from Tharparkar and Karachi pose for a group photo in Tharparkar, Sindh province, Pakistan, in April 2019. (Photo courtesy: NED University)  

For the exchange program, he planted a tree at Tharparkar’s Ansari Green Park, but his involvement did not stop there.
“I have also planted five trees in my neighborhood,” he said. “I personally take care of them.”
Hafiz Mutahir Ahmed, who is now a student at Aga Khan College in Karachi, continues to monitor the trees he planted in Tharparkar as a high school student.
“A tree reduces 8.47 kilograms of carbon and planting one tree is a great achievement,” he said. “Planting trees is the need of the time, especially for the areas like Karachi and Tharparkar where temperature is growing very fast.”




In this photo taken on November 7, 2021, Hafiz Mutahir Ahmed checks from his home in Karachi, Pakistan, the carbon dioxide absorption of the tree he planted during Thar-Karachi Student Mobility Campaign for Reducing Carbon Footprint in April 2019. (AN photo)

Nuzrah Jamal, now a high school student, says she has also been helping others understand the importance of vegetation for the planet.
“I feel very proud of myself when I login to the website and see my plant is contributing,” she said. “A single plant can make a difference.”
Dr. Saad Ahmed Qazi, dean of the Faculty of Electrical and Computer Engineering at the NED University, who was one of the program’s initiators, told Arab News the students enthusiastically monitored the status of their trees. 
“It’s extremely important to connect each person with activities related to climate change mitigation, be it energy conservation, tree plantation or any other thing,” he said. “That is what creates an environmentally conscious and responsible soul.”


ADB, Pakistan sign over $300 million agreements to undertake climate resilience initiatives

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ADB, Pakistan sign over $300 million agreements to undertake climate resilience initiatives

  • Pakistan ranks among nations most vulnerable to climate change and has seen erratic changes in weather patterns
  • The projects in Sindh and Punjab will restore nature-based coastal defenses and enhance agricultural productivity

ISLAMABAD: The Pakistani government and the Asian Development Bank (ADB) have signed more than $300 million agreements to undertake two major climate resilience initiatives, Pakistan’s Press Information Department (PID) said on Tuesday.

The projects include the Sindh Coastal Resilience Sector Project (SCRP), valued at Rs50.5 billion ($180.5 million), and the Punjab Climate-Resilient and Low-Carbon Agriculture Mechanization Project (PCRLCAMP), totaling Rs34.7 billion ($124 million).

Pakistan ranks among nations most vulnerable to climate change and has seen erratic changes in its weather patterns. In 2022, monsoon floods killed over 1,700 people, displaced another 33 million and caused over $30 billion losses, while another 1,037 people were killed in floods this year.

The South Asian country is ramping up climate resilience efforts, with support from the ADB and World Bank, and investing in climate-resilient infrastructure, particularly in vulnerable areas.

“Both sides expressed their commitment to effectively utilize the financing for successful and timely completion of the two initiatives,” the PID said in a statement.

The Sindh Coastal Resilience Project (SCRP) will promote integrated water resources and flood risk management, restore nature-based coastal defenses, and strengthen institutional and community capacity for strategic action planning, directly benefiting over 3.8 million people in Thatta, Sujawal, and Badin districts, according to ADB.

The Punjab project will enhance agricultural productivity and climate resilience across 30 districts, improving small farmers’ access to climate-smart machinery, introducing circular agriculture practices to reduce residue burning, establishing testing and training facilities, and empowering 15,000 women through skills development and livelihood diversification.

Earlier this month, the ADB also approved $381 million in financing for Pakistan’s Punjab province to modernize agriculture and strengthen education and health services, including concessional loans and grants for farm mechanization, Science, Technology, Engineering and Mathematics (STEM) education, and nursing sector reforms.