RT info:eu-repo/semantics/article
T1 The use and misuse of magnetic methods to monitor environmental pollution in urban areas
T2 Uso y abuso de métodos magnéticos en el monitoreo de contaminación ambiental en áreas urbanas
A1 Kapper, Kathrin Lisa
A1 Bautista, Francisco
A1 Goguitchaishvili, Avto
A1 Bógalo Román, Mª Felicidad
A1 Cejudo Ruíz, Rubén
A1 Cervantes Solano, Miguel
K1 Biomagnetic monitoring
K1 Environmental pollution
K1 Anthropogenic pollutants
K1 Particulate matter
K1 Heavy metals
K1 Health
K1 Monitoreo biomagnético
K1 Contaminación ambiental
K1 Contaminantes antropogénicos
K1 Partículas
K1 Metales pesados
K1 Salud
K1 Física
K1 Physics
K1 Geología
K1 Geology
K1 Magnetismo
K1 Magnetism
K1 Salud
K1 Health
AB This review compiles the current understanding of magnetic monitoring of natural and anthropogenic pollutants, with the focus on biological matrices. Magnetic methods are used to identify ferromagnetic (s.l.) minerals, which serve as tracer for anthropogenic pollutants. These methods have become more popular in the last two decades due to their cost-effectiveness and rapid implementation compared to chemical analyses. The growing interest in the study of anthropogenic pollution arose due to advancements in the understanding of the negative effects of pollutants to our health and the ecosystem. The importance of quantifying the amount, type, and pathways of pollutants is obvious in air quality regulation policies and strategies to mitigate pollution in urban areas. In this context, this article reviews the pathways and matrices of pollutants, magnetic mineral proxies, and their measurements and interpretation. Furthermore, the most recent results within the area of magnetic monitoring in urban areas are presented, including their advantages as well as shortcomings. The review concludes with potential future steps of magnetic studies applied to anthropogenic pollution and their conclusions.
PB Universidad Nacional Autónoma de México
SN 1405-3322
YR 2020
FD 2020-02
LK http://hdl.handle.net/10259/9034
UL http://hdl.handle.net/10259/9034
LA eng
NO This work was supported by the Secretaría de Ciencia, Tecnología e Innovación de la Ciudad de México [SECITI/051/2016]. We like to thank William Lowry for his useful input.
DS Repositorio Institucional de la Universidad de Burgos
RD 21-nov-2024