Franklin Schwartz

Prof. Dr. Franklin Schwartz

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Research Focus & Metrics

Academic Career Length

30Years (1997-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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15 January 2021 in GeoHealth
Verified
Journal Article
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FSFranklin Schwartz
Franklin Schwartz
SLSangsuk Lee
Sangsuk Lee
TDThomas H. Darrah
Thomas H. Darrah
Some of the poorest people in the world's poorest countries eke out a living in artisanal and small‐scale mining (ASM). Equipped with primitive tools like picks, shovels, buckets, and gold pans, they work mining valuable resources, like gold, diamonds, tin, lithium, rare earth elements, tantalum, and cobalt, and any other usable commodity, for example, sand, coal, or mica. The mining and refining processes are labor intensive and associated with a variety of health problems due to accidents, overheating, overexertion, dust inhalation, exposure to toxic chemicals and gases, violence, and illicit and prescription drug and alcohol addiction. Evident disadvantages with ASM are counterbalanced by the immense economic benefits. For many, the true scope and scale of ASM activities are unappreciated, along with the unknown health and societal impacts. Here, we set out to elucidate the scope of ASM beyond the recovery of familiar commodities, such as gold and diamonds. We adopt a holistic perspective toward health impacts of ASM, which includes unique occupational, environmental, and human/social drivers. A particular focus is poverty as a health risk with artisanal miners. They are commonly poverty‐stricken people in poor countries, ensnared by a variety of poverty traps, which take a toll on the health and well‐being of individuals and communities. ASM sometimes provides an opportunity to diversify income in the face of a decline in subsistence agriculture. However, ASM often trades one kind of generational poverty for another, coming along with serious health risks and turmoil associated with work in an informal “cash‐rich” business.

22 April 2009 in Water Resources Research
Verified
Journal Article
Closed access
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BZBo Zhang
Bo Zhang
FSFranklin Schwartz
Franklin Schwartz
GLGanming Liu
Ganming Liu

1 June 2011 in Elements
Verified
Journal Article
Closed access
PDF file
FSFranklin Schwartz
Franklin Schwartz
MIMotomu Ibaraki
Motomu Ibaraki
Around the world, groundwater sources are in decline due to overpumping and pollution. History informs us that as water supplies are lost so are civilizations. Such was the case with the Garamantian civilization, which thrived in the western Libya desert from 500 BCE to 400 CE, then disappeared when the groundwater ran out. Present-day mining of groundwater from large aquifers in the United States, North Africa, and China illustrates this problem. In less than a century, pressures from food production and population growth are leading to declines in supplies that appeared to many as inexhaustible. In many countries, there can be no replacement for declining water resources. Food scarcity and health epidemics, leading to societal decline, are likely outcomes as people chase dwindling water supplies.

1 June 2011 in Elements
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Journal Article
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CZChen Zhu
Chen Zhu
FSFranklin Schwartz
Franklin Schwartz
The chemical constituents in water determine its potability, usability for agriculture and recreation, and interactions with biological systems. Anthropogenic processes have significantly influenced the geochemistry of water in many regions. Physical, chemical, and biological processes control the chemistry and chemical evolution of water in natural and contaminated systems. Advances in our ability to quantify these processes will improve our ability to manage our water resources, help us identify potential sources of contamination, and illuminate potential solutions to water-quality problems. Particularly impressive are the applications of chemical and isotopic tracers, which can track water movement and quantify water fluxes on the surface and in the subsurface. To better address societal needs, future advances will require a holistic approach to interpreting geochemical data.

10 February 2021 in GeoHealth
Verified
Journal Article
Open access
PDF file
FSFranklin Schwartz
Franklin Schwartz
SLSangsuk Lee
Sangsuk Lee
TDThomas H. Darrah
Thomas H. Darrah
This review examines health issues around human/social determinants of health within artisanal and small‐scale mining (ASM). The focus is on working children and violence. Within the area of violence, the collection of health risks is broad, ranging from self‐directed impacts such as suicide or neglect, to interpersonal impacts such as child or intimate partner abuse, and to collective violence such as trafficking, fighting for resources and ultimately war. Discussions on such impacts are less about accidents and illnesses and more about psychological issues. We review studies shedding light on health implications of ASM for children at sites in Suriname and Democratic Republic of Congo (DRC). These studies helped to dispel the perception that the long list of hazards and health risks commonly cited are present at every mining site. Although worker and community interviews provide useful information about accidents and other common ailments, they cannot replace formal medical screenings for serious health problems. There are likely health effects related to criminality and violence. Detailed interviews from Domaine Marial, DRC, with respect to violence to children and intimate women partners are sobering. Violence has also developed with takeovers by local gangs, domestic and transnational organized criminal groups, and insurgent and terrorist groups. Human health can be negatively impacted by worsened working conditions, collateral damage due to fighting among criminal groups and violence more generally, loss of employment or displacement. The negative impacts of ASM can be reduced through policy interventions based on an understanding of what is happening in various countries.

2 February 2011 in Water Resources Research
Verified
Journal Article
Closed access
PDF file
GLGanming Liu
Ganming Liu
FSFranklin Schwartz
Franklin Schwartz