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Long-term groundwater protection efficiency of different types of sanitary landfills: Data description.

ABSTRACT: Data presented in this paper are related to the research article "Long-term risk assessments comparing environmental performance of different types of sanitary landfills'' (Madon et al., 2019). Overall environmental risks were quantitatively assessed by calculating probabilities that an assumed aquifer lying directly below the landfill of a particular type will be polluted due to landfill-derived impacts as long as the pollution potential referring to each of the four types which were compared exists. A specific model was built for the purpose, described in the companion MethodX article (Madon et al., 2019). Uncertainty was taken in consideration by attributing input parameters required for modeling with probability distributions. When loosely defined groups of landfills are to be compared, which was the objective of the related research article, these distributions can be nothing but approximate and spread out, however, the values tend to cluster together around the averages which are characteristic for particular landfill types. Secondary data from scientific literature were mostly used to estimate probability density functions for the inputs, however, when referring to one of the four landfill types which were compared, primary data were used as well. The resultant outputs derived by running Monte Carlo simulations are given as time dependent variables. In this article, probability distributions for the outputs are graphically presented comparing environmental performance of different landfill types.

SUBMITTER: Madon I

PROVIDER: S-EPMC6811881 | biostudies-other | 2019 Oct

REPOSITORIES: biostudies-other

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Long-term groundwater protection efficiency of different types of sanitary landfills: Data description.

Madon Igor I Drev Darko D Likar Jakob J

Data in brief 20190909

Data presented in this paper are related to the research article "Long-term risk assessments comparing environmental performance of different types of sanitary landfills'' (Madon et al., 2019). Overall environmental risks were quantitatively assessed by calculating probabilities that an assumed aquifer lying directly below the landfill of a particular type will be polluted due to landfill-derived impacts as long as the pollution potential referring to each of the four types which were compared e ...[more]

PMID: 31667252

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Project description:The authors examined potential reasons (sociodemographics, psychologic distress, health behavior, chronic health conditions, access to medical care) for increased prevalence of lower-body functional limitations among long-term (> or =5 years) cancer survivors.The authors used National Health Interview Survey data from 2005 through 2007, and defined lower-body functional limitation as reporting difficulty/inability to perform at least 1 of 5 activities (walking approximately one-quarter of a mile; walking up and down 10 steps without rest; standing for 2 hours; stooping, crouching, or kneeling; and lifting 10 lbs). Increased prevalence of lower-body functional limitations was compared between long-term survivors of each of 11 cancer types reported by > or =50 respondents (n = 2143) and persons without cancer history (controls; n = 72,618).Among cancer survivors, 57.0% had a lower-body functional limitation versus 26.6% of controls. The unadjusted prevalence of lower-body functional limitations varied by cancer type, ranging from 44.9% (lymphoma survivors) to 88.8% (lung cancer survivors). Long-term lung (odds ratio [OR], 7.91), uterine (OR, 2.41), thyroid (OR, 2.27), cervical (OR, 1.76), ovarian (OR, 1.75), and breast (OR, 1.35) cancer survivors had increased odds of reporting a lower-body functional limitation than controls after adjusting for sociodemographic factors (all P < .05). Differences in the prevalence of arthritis and lower-back pain and in access to medical care explained differences in lower-body functional limitation prevalence between controls and long-term breast, cervical, ovarian, and uterine cancer survivors. Long-term bladder, colorectal, lymphoma, melanoma, and prostate cancer survivors were equally likely to report a lower-body functional limitation as controls.Treatment of arthritis and lower-back pain and increasing access to medical care might help reduce the risk of lower-body functional limitations and improve quality of life among specific long-term cancer survivors.

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Long-term groundwater protection efficiency of different types of sanitary landfills: Data description.

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Long-term groundwater protection efficiency of different types of sanitary landfills: Data description.

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