Climate change and environmental dimensions of AMR Archives | International centre for antimicrobial resistance solutions
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Antimicrobial Use and Manure Management Practices Among Commercial Chicken Farmers in Selected Regions of Tanzania: Gaps and Strategies for Mitigating Antimicrobial Resistance

How gender and social inequities shape climate-AMR vulnerabilities: A rapid realist synthesis and conceptual framework development for livestock and aquaculture systems

Incorporating climate change strategies into AMR intervention and implementation research projects: A scoping review

Human–environmental overlap of resistant Enterobacterales: genomic evidence linking coastal waters and community carriage of antimicrobial resistance in a low- and middle-income setting

Tunisia launches ICARS-supported CARMA project

Climate-smart Approach for Reducing Antimicrobial resistance and greenhouse gas in aquaculture (CARA)

Strengthening climate-responsive AMR policies in Philippine aquaculture through integrated surveillance, intervention, and stakeholder engagement

Integrated Synbiotic-IoT (SynbIoT) innovation towards antibiotic-free and climate-resilient shrimp aquaculture in low- and middle-income countries (LMICs)

Evaluating biosecurity and farmer training to reduce AMR and climate impacts in poultry farms in Nepal

Reducing AMR and methane emissions on dairy farms using probiotics and seaweed supplements in Bangladesh

Climate Change and Environmental Dimensions of AMR

Preventing AMR Spread from Wastewater through Urban Agriculture in Cameroon

CARMA: Constructed wetlands for mitigating Antimicrobial Resistance in reclaiMed water used for the irrigAtion of food crops

Mitigating antimicrobial resistance through effective hospital wastewater management in low- and middle-income countries

RFP Webinar – Addressing the Environmental Dimensions of AMR (June 2024)

Microbiota intervention strategies limiting selection and transmission of antibiotic resistance burden (MISTAR)

Removal of AMR genes and bacteria from wastewater using modular advanced treatment solutions (HOTMATS)

Mitigating the spread of antimicrobials and resistant microbes through treatment of manure