We combine innovative data and analytics, global collaboration, and local engagement to deliver insights for impactful malaria policy and control.
Find out moreWe believe that to defeat malaria we need to be able to measure it. We aim to combine the world’s malaria data with cutting-edge analytics so that we can generate the best possible information to help guide the fight against the disease.
Since its inception in 2006, the MAP collaboration has comprised of many scientists working in groups around the world. Today, MAP has a core team based at the Kids Research Institute Australia and Curtin University in Perth, Western Australia, and Ifakara Health Institute in Dar es Salaam in Tanzania, and has members in Europe, the United States, Africa and Asia.
We store the world’s largest malaria database, assembling millions of data elements and developing innovative analytical approaches to making sense of complex malaria data. We are leaders in geospatial analysis, spatiotemporal statistical methods, machine learning, and computational disease models.
Everything MAP does is geared around achieving impact. This only happens by engagement with those making the decisions that matter, including malaria policy makers, funders, and control program personnel.
We generate high-resolution maps of the malaria risk landscape at both global and national levels – estimating infection prevalence, incidence rates, and mortality by pixel.
We generate high-resolution maps of the malaria risk landscape at both global ...
We generate high-resolution maps of the malaria risk landscape at both global and national levels – estimating infection prevalence, incidence rates, and mortality by pixel.
We estimate annual malaria cases and deaths in endemic countries – measuring the burden of the disease and the direction of trends towards international targets.
We estimate annual malaria cases and deaths in endemic countries – measuring ...
We estimate annual malaria cases and deaths in endemic countries – measuring the burden of the disease and the direction of trends towards international targets.
We track the coverage of malaria drugs, diagnostics, and vector control to understand which populations may be less well protected.
We track the coverage of malaria drugs, diagnostics, and vector control to ...
We track the coverage of malaria drugs, diagnostics, and vector control to understand which populations may be less well protected.
We provide tools for calculating malaria commodity needs, enabling countries to quantify the resources they need to protect their populations.
We provide tools for calculating malaria commodity needs, enabling countries to ...
We provide tools for calculating malaria commodity needs, enabling countries to quantify the resources they need to protect their populations.
We use statistical models to infer the impact that current control measures are having on malaria transmission and burden – this can inform refinement of control strategies.
We use statistical models to infer the impact that current control measures are ...
We use statistical models to infer the impact that current control measures are having on malaria transmission and burden – this can inform refinement of control strategies.
We provide training, supervision, and mentorship to build skills in malaria analytics.
We provide training, supervision, and mentorship to build skills in malaria ...
We provide training, supervision, and mentorship to build skills in malaria analytics.
28 October 2024
Alarming new data from The Malaria Atlas Project at The Kids Research Institute Australia on malaria paints a worrying picture of the global malaria crisis.
11 September 2024
24 May 2024
29 April 2024