Reveals that grassroots e-governance in Bangladesh improves basic service efficiency but remains institutionally fragile, unevenly implemented, and largely non-participatory.

Aeration shifts the stocking density optimum upward, enabling more productive and profitable semi-intensive tilapia farming without proportional performance loss.

This study clarifies which governance practices most strongly drive local government effectiveness in Bangladesh, informing targeted decentralization reform.

Microwave-assisted pyrolysis efficiently converts biomass into sustainable biofuels and value-added products with reduced environmental impact.

Valorizing fish industry waste produces sustainable, high-performance carbon electrodes for next-generation energy storage technologies.

This study clarifies environmental benefits of lithium recycling, supporting evidence-based decisions for low-carbon, circular battery material supply chains.

Delivers the first quantitative meta-analytic benchmarks for lignocellulosic nanomaterial adsorption performance, directly informing material selection for sustainable, scalable wastewater treatment.

Clarifies how interfaces, materials choice, and sustainability jointly determine solid-state battery performance, guiding safer high-energy storage design and scalable deployment.

Biomass-derived activated carbon enhances supercapacitor performance while promoting sustainability and circular economy practices.

Valorizing fishery and agricultural waste provides sustainable, high-performance carbon materials for next-generation energy storage systems.

This review highlights safe, efficient quantum dot design for biomedical, environmental, and optoelectronic applications.

This study clarifies how advanced sorbents enable sustainable metal remediation and recovery, supporting circular economy strategies and resource security.

This review highlights advances in PIB materials, guiding strategies for high-performance, cost-effective, and durable potassium-ion energy storage systems.

This review clarifies Bangladesh’s lung cancer burden and highlights urgent needs for prevention, early diagnosis, registry development, and equitable care.

This review highlights Gynura procumbens as a promising multi-target antidiabetic medicinal plant with translational potential for safer future diabetes management.