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December 16, 2025

Category: BANGLADESH

Conservation tillage (CT) for climate-smart sustainable intensification

Tuesday, 02 September 2025 by admin

Soil organic carbon (SOC), greenhouse gas (GHG) emissions and water footprint (WF) are the key indicators of environmental sustainability in agricultural systems. Increasing soil organic carbon (SOC) while reducing water footprint (WF) and GHG emissions are effective measures to achieve high crop productivity with minimum environmental impact (i.e. a multi-pronged approach of sustainable intensification (SI) and climate smart agriculture (CSA) to achieve food security). In conventional agricultural systems, intensive soil tillage and removal of crop residues can lead to increased negative environmental impact due to reduced SOC, GHG emission and high water consumption. Conservation agriculture (CA) based conservation tillage systems (CTS) with crop residue retention is often suggested as a sustainable alternative to increase crop productivity without compromising soil health and environmental sustainability. The environmental impact of CTS in terms of SOC, WF and GHG emissions nonetheless remains understudied In Bangladesh. A two-year field experiment was carried out to evaluate the impacts of CTS with retention of crop residue on SOC accumulation, GHG emission and water footprint (WF) in wheat farming of Bangladesh. In the experiment, CTS such as zero tillage (ZT) and minimum tillage (MT) were compared with the conventional tillage (CT) practice. Since the results are in favor of CTS, this study recommends MT and ZT to reduce negative environmental externalities in wheat cultivation in Bangladesh. In comparison between the methods, the MT, which retains crop residue (20 cm), and involves principles of CA, is suitable for both CSA and SI of wheat in Bangladesh due to its ability to increase SOC accumulation, prevent both water loss, and GHG emission without compromising yield.

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  • Published in AGROECOLOGY, BANGLADESH, CLIMATE CHANGE
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Bangladesh: Disaster Management Reference Handbook, May (2020)

Tuesday, 02 September 2025 by admin

Bangladesh has been affected by more than 200 natural disasters over the last three decades. The country’s geographical location next to the Bay of Bengal, low-lying terrain, monsoons, and significant rivers render the country very vulnerable to natural hazards. From 1970-2019, storms have been the most frequent disaster to affect Bangladesh at 52%, followed by floods at 31%, with the remaining disasters being epidemics, earthquakes, droughts, and landslides.7 In addition, Bangladesh is one of the countries in the world most at risk from the negative impacts of climate change including increases in incidence and intensity of extreme weather events and hazards such as soil salinization, rising sea levels and riverbank erosion.8 Bangladesh has many sources of vulnerability including earthquakes and flooding. Traffic in Dhaka is among the most congested in the world.

An earthquake heavily affecting the capital is among the more challenging disaster scenarios.9 In addition, the flood damage potential is increasing due to climate change, urbanization, growth of settlements in flood-prone areas and over reliance on flood control works such as levees and reservoirs.10 Growing urbanization is driven partly by migration and has contributed to straining the use of limited land, environment, and fragile infrastructure. Migration toward urban areas is in turn driven partially by climate change exacerbating flooding of formerly inhabited land around river delta areas. These emerging risks present major challenges to the continued human development, poverty reduction and economic growth of the country, and to the lives, livelihoods, and health of its people.

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  • Published in BANGLADESH, CLIMATE CHANGE
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Research on Impacts of Climate Change on Bangladesh Agriculture: A KGF Initiative

Monday, 01 September 2025 by admin

This effort by KGF to publish a booklet on Climate Change Impact Assessment on Bangladesh Agriculture : A KGF Initiative narrating the outcomes of collaborative research by BARI, BRRI and BSMRAU scientists, sponsored and facilitated by KGF, is a welcome development towards dissemination of scientific information on a pressing national and global issue.

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  • Published in BANGLADESH, CLIMATE CHANGE
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Syngenta Foundation for Sustainable Agriculture Farmers’ Hub Impact Insights Bangladesh

Tuesday, 26 August 2025 by admin

The Syngenta Foundation for Sustainable Agriculture was established in 2001 to improve the livelihoods of smallholder farmers in poorer regions of the world. Since its beginnings, the Foundation has been instrumental in delivering sustainable agriculture initiatives for pre-commercial smallholders.

In recent years Syngenta Group has been strengthening its own strategic efforts to support commercial smallholders with innovative and transformative solutions. This includes improved access to products, agronomic training, and markets, and a large network of agricultural centers across China, Africa, Asia, and Central America.

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  • Published in BANGLADESH, CONCEPTS AND PRACTICES
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