Environmental Health and Ecological Sciences

In the News

Ifakara scientist explains why ending Tuberculosis requires better diagnostics

Ending tuberculosis through better diagnostics Author: Dr. Frederick Haraka, MD Yes, to end tuberculosis (TB), we need better diagnostic tools! TB is among the deadliest diseases in the world. In …

Study: 12% of people living with HIV in rural Tanzania have hypertension

Dar es Salaam, Tanzania (March 9, 2017). IHI Research Scientist Dr Kim Mwamelo presents findings of the study in Boston, US, last year at the Conference on Retroviruses and Opportunistic …

Recent Projects

Assessing the progress towards rabies elimination from Pemba Island, Tanzania

Rabies is a deadly disease endemic in dog populations across Africa. Although rabies can be eliminated through mass dog vaccination, there has been little investment in dog vaccination in Africa …

Engaging pastoralists in controlling malaria mosquitoes in their communities

The project is aimed at applying pastoralists’ knowledge to find water bodies during the dry season and accurately identify aquatic habitats that can be treated with larvicide pyriproxyfen (PPF) to …

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The group focuses primarily on ecology and transmission of infectious diseases. The work also includes development and testing of surveillance and control measures. Key areas of work include: a) Mosquito Ecology and Control, b) Water, Sanitation and Hygiene Research, c) Neglected Tropical Infectious Diseases and Zoonoses, and d) Advanced Statistics, Mathematical Modeling, Health Geographics and Social Innovations.

In recent years, major activities have included Research on Ecology of disease-transmitting mosquitoes with special focus on malaria and now expanding to other mosquito-borne diseases including Dengue, Filariasis and Zika. We also have a large body of work on on novel and improved vector control and surveillance tools. IHI is now a WHO collaborating site for product evaluation (malaria vector control). We have developed number of tools which are in wide use for measuring metrics of mosquito behaviour and densities and evaluating the impact of vector control Interventions.

Key Contacts

Projects

Assessing the progress towards rabies elimination from Pemba Island, Tanzania

Engaging pastoralists in controlling malaria mosquitoes in their communities

Videographic analysis of mosquito behaviours around humans and mosquito traps

Using protein labels for entomological investigations into malaria transmission and control

Control of malaria vectors by the auto-dissemination of insecticides

Effects of El Nino events on malaria risk in the Kilombero river Valley, Tanzania

Evaluation of push-pull strategies for malaria control and prevention

Low-cost mosquito contamination devices for sustainable malaria control

Evaluation of the eave tube technology for malaria control in Tanzania

Using human biomass and its spatial distribution to predict mosquito-borne disease transmission patterns

Developing interventions to raise rabies awareness in rural Tanzanian communities

Investigating the magnitude and drivers of residual malaria transmission in Zanzibar

Evaluation of the Push-Pull strategies for the control of outdoor biting mosquitoes

Movement rates of African malaria vectors and the impact of mosquito control interventions upon them

Rabies: integrated surveillance and response systems in resource-limited settings

New tools for monitoring heterogeneities in vector species and behavior

Are malaria mosquitoes starting to actively avoid insecticide treated bed nets?

Zoonotic viral sharing among bats, primates and people in high-risk areas in Tanzania

Control of Zika transmission using low-cost transfluthrin repellent emanators

Quality assurance for country-wide entomological surveillance of malaria vectors in Tanzania

Innovative solutions for sanitation challenges in pro-poor settings of urban Dar es Salaam

Effectiveness of WASH interventions against vulnerabilities associated with climate change in Tanzania

Understanding malaria vector behavioural adaptations following deployment of insecticide treated nets

China-Tanzania joint malaria project: application of community-based integrated strategies to reduce malaria burden

Care and repair of bed nets: perceptions, barriers and motivators associated with care and repair of mosquito nets in Tanzania

Evaluation of insecticide-treated military uniforms for malaria prevention and control in regions of hyperendemicity

Measuring the useful life of bed nets for malaria control in Tanzania: attrition, bioefficacy, chemistry, durability and insecticide resistance

How important are holes and insecticide for stopping mosquitoes getting through bed nets

Using mathematical models to assess impacts of integrated vector management strategies

Phase III evaluation of DawaPlus 2.0 bed nets: biological efficacy, fabric integrity, survivorship and community acceptability

Improved IRS: evaluating the neonicotinoid, clothianidin for indoor residual spraying against malaria

Improved housing for migratory rice farmers in south-eastern Tanzania

Low-cost mosquito repellent sandals to protect against Zika, dengue, chikungunya and malaria

Fighting insect-borne diseases and enriching urban agricultural land by using molasses from sugar factories

Measuring residual malaria transmission in East and West Africa

Assessing malaria infections among migratory rice farmers in a residual transmission setting in rural south eastern Tanzania

Targeting mosquito swarms to control outdoor malaria transmission in Tanzania

Targeting residual malaria vectors in areas where bed nets are already widely used

Homestead agriculture for improving the nutrition and health of children and women in rural Tanzania

A PIXELBASE DESIGN
© Ifakara Health Institute (IHI), 2016