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12:00 AM - Hepatology 2021
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World Nanotechnology Congress 2021
2021-03-29    
All Day
Nano Technology Congress 2021 provides you with a unique opportunity to meet up with peers from both academic circle and industries level belonging to Recent [...]
Nanomedicine and Nanomaterials 2021
2021-03-29    
All Day
NanoMed 2021 conference provides the best platform of networking and connectivity with scientist, YRF (Young Research Forum) & delegates who are active in the field [...]
Smart Materials and Nanotechnology
2021-03-29 - 2021-03-30    
All Day
Smart Material 2021 clears a stage to globalize the examination by introducing an exchange amongst ventures and scholarly associations and information exchange from research to [...]
Hepatology 2021
2021-03-30 - 2021-03-31    
All Day
Hepatology 2021 provides a great platform by gathering eminent professors, Researchers, Students and delegates to exchange new ideas. The conference will cover a wide range [...]
Annual Congress on  Dental Medicine and Orthodontics
2021-04-05 - 2021-04-06    
All Day
Dentistry Medicine 2021 is a perfect opportunity intended for International well-being Dental and Oral experts too. The conference welcomes members from every driving university, clinical [...]
World Climate Congress & Expo 2021
2021-04-06 - 2021-04-07    
All Day
Climatology is the study of the atmosphere and weather patterns over time. This field of science focuses on recording and analyzing weather patterns throughout the [...]
European Food Chemistry and Drug Safety Congress
2021-04-12 - 2021-04-13    
All Day
We invite you to meet us at the Food Chemistry Congress 2021, where we will ensure that you’ll have a worthwhile experience with scholars of [...]
Proteomics, Genomics & Bioinformatics
2021-04-12 - 2021-04-13    
All Day
Proteomics 2021 is one of the front platforms for disseminating latest research results and techniques in Proteomics Research, Mass spectrometry, Bioinformatics, Computational Biology, Biochemistry and [...]
Plant Science & Physiology
2021-04-17 - 2021-04-18    
All Day
The PLANT PHYSIOLOGY 2021 theme has broad interests, which address many aspects of Plant Biology, Plant Science, Plant Physiology, Plant Biotechnology, and Plant Pathology. Research [...]
Pollution Control & Sustainable 2021
2021-04-26 - 2021-04-27    
All Day
Pollution Control 2021 conference is organizing with the theme of “Accelerating Innovations for Environmental Sustainability” Conference Series llc LTD organizes environmental conferences series 1000+ Global [...]
Events on 2021-03-30
Hepatology 2021
30 Mar 21
Events on 2021-04-06
Events on 2021-04-17
Events on 2021-04-26
Latest News

African armed conflict kills more children indirectly than in actual fighting

More children die from the indirect impact of armed conflicts in Africa than by weapons used in those conflicts, according to a new study led by Stanford University researchers.

The research is the first comprehensive analysis of the large and lingering effects of armed conflicts — civil wars, rebellions and interstate conflicts — on the health of noncombatants.

The numbers are sobering: between 3.1 million and 3.5 million infants born within 30 miles of armed conflict died from indirect consequences of battles from 1995 to 2015. That number jumps to 5 million deaths of children ages 5 and younger in those same conflict zones.

“The indirect effects of conflict on children are so much greater than the direct deaths from warfare,” said Eran Bendavid, MD, senior author of the study, which was published Aug. 30 in The Lancet.

The authors also found evidence of increased mortality risk from as far away as 60 miles from armed conflicts and for eight years after them. Being born in the same year as a nearby armed conflict is riskiest for children younger than 1, the authors found, but the lingering effects remain elevated over the years and, even after a conflict has ended, raise the risk of death for infants by over 30 percent.

In the entire continent, the authors wrote, the number of infant deaths related to armed conflicts from 1995 to 2015 was more than three times the number of direct deaths from these conflicts. Further, they found that among babies born within a 30-mile range of armed conflict, the risk of dying before age 1 was on average 7.7 percent higher than it was for babies born outside that range.

The authors recognize it is not surprising that African children are vulnerable to nearby armed conflict. But they show that this burden is substantially higher than previously indicated.

‘Surprisingly poorly understood’

“We wanted to understand the effects of war and conflict, and discovered that this was surprisingly poorly understood,” said Bendavid, associate professor of medicine and core faculty member at Stanford Health Policy. “The most authoritative source, the Global Burden of Disease, only counts the direct deaths from conflict, and those estimates suggest that conflicts are a minuscule cause of death.”

Paul Wise, MD, MPH, professor of pediatrics and a senior fellow at Stanford’s Freeman Spogli Institute for International Studies, has long argued that lack of health care, vaccines, food, water and shelter kills more civilians than bombs and bullets do.

This study has now put data behind the theory when it comes to children.

“We hope to redefine what conflict means for civilian populations by showing how enduring and how far-reaching the destructive effects of conflict can be on child health,” said Bendavid, an infectious disease physician.

“Lack of access to key health services or to adequate nutrition are the standard explanations for stubbornly high infant mortality rates in parts of Africa,” said Marshall Burke, PhD, an assistant professor of earth systems science and fellow at the Center on Food Security and the Environment. “But our data suggest that conflict can itself be a key driver of these outcomes, affecting health services and nutritional outcomes hundreds of kilometers away and for nearly a decade after the conflict event.”

The results suggest efforts to reduce conflict could lead to large health benefits for children, the authors said.

Gathering the data

The researchers matched data on 15,441 armed-conflict events with data on 1.99 million births and subsequent child survival across 35 African countries. The primary conflict data came from the Uppsala Conflict Data Program’s Georeferenced Event Dataset, which includes detailed data about the time, location, type and intensity of conflicts from 1946 to 2016.

The authors also used all available data from the Demographic and Health Surveys, funded by the U.S. Agency for International Development, conducted in 35 African countries from 1995 to 2015 as the primary sources on child mortality in their analysis.

The data, they said, show that the indirect toll of armed conflict among children is three to five times greater than the estimated number of direct casualties in conflict. The total burden is likely even higher, since the authors focused on children and not the effects on women and other vulnerable populations.

Zachary Wagner, PhD, a former postdoctoral scholar at Stanford and lead author of the study, said he knows few are surprised that conflict is bad for child health.

“However, this work shows that the relationship between conflict and child mortality is stronger than previously thought, and children in conflict zones remain at risk for many years after the conflict ends,” Wagner said.

“We hope our findings lead to enhanced efforts to reach children in conflict zones with humanitarian interventions,” he added. “But we need more research that studies the reasons for why children in conflict zones have worse outcomes in order to effectively intervene.”

Another Stanford co-author was Sam Heft-Neal, PhD, a research fellow at Center for Food Security and the Environment and Department of Earth Systems Science.

Researchers affiliated with Johns Hopkins University, the Hospital for Sick Children in Canada and Aga Khan University in Pakistan also contributed to the work.

The Doris Duke Charitable Foundation funded the study.

Stanford’s Department of Medicine also supported the research.

Source