Structured evidence table for Fish Oil Dry Eye Meta-Analysis, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Fish Oil Dry Eye Meta-Analysis | Long-term ecological risks are posed due to the accumulation of these contaminants in sediments at higher concentrations—up to a thousand times those found in fish tissue—and they persist in food webs (). | 3 | Wickramasinghe W. A. A. N. (2026) | The threat of pollutants mixtures on freshwater fishes in Sri Lankan lotic ecosystems under changing climate: a review of current status and future research perspective |
| Fish Oil Dry Eye Meta-Analysis | Due to the high specific heat capacity of water, increased global temperatures do not directly elevate the temperature of water (). | 3 | Wickramasinghe W. A. A. N. (2026) | The threat of pollutants mixtures on freshwater fishes in Sri Lankan lotic ecosystems under changing climate: a review of current status and future research perspective |
| Fish Oil Dry Eye Meta-Analysis | Hydrological changes, such as intense rainfall or increased concentration during low-flow periods, can either increase mobilization or concentrate contaminants, thereby increasing the potential toxicity and availability of xenobiotics in freshwater ecosystems (;). | 3 | Wickramasinghe W. A. A. N. (2026) | The threat of pollutants mixtures on freshwater fishes in Sri Lankan lotic ecosystems under changing climate: a review of current status and future research perspective |
| Fish Oil Dry Eye Meta-Analysis | Wimalasena et al., 2024 Goonatilake et al., 2020 Nuwanka and Gunathilaka, 2023 Senanayake and Moyle, 1982 Pethiyagoda, 1994 De Silva and Silva, 1994 Goonatilake, 2012 Surasinghe et al., 2019 Goonatilake et al., 2020 Freshwater lotic ecosystems are among the most ecologically significant and biodiverse habitats on Earth. | 3 | Wickramasinghe W. A. A. N. (2026) | The threat of pollutants mixtures on freshwater fishes in Sri Lankan lotic ecosystems under changing climate: a review of current status and future research perspective |
| Fish Oil Dry Eye Meta-Analysis | Results A significant rising trend in RSV for DED was observed over the study period in Taiwan (mean instantaneous derivative=0.445; P Conclusions Public interest in DED has increased significantly in Taiwan from 2018 to 2024, with hydrocarbons identified as strongly associated environmental parameters. | 4 | Chang PC (2025) | Public Interest in Dry Eye Disease and Its Association With Environmental Parameters in Taiwan: Google Trends Infodemiology Study. |
| Fish Oil Dry Eye Meta-Analysis | Background A high prevalence of dry eye disease (DED) has intensified public health concerns in Taiwan. | 4 | Chang PC (2025) | Public Interest in Dry Eye Disease and Its Association With Environmental Parameters in Taiwan: Google Trends Infodemiology Study. |
| Fish Oil Dry Eye Meta-Analysis | With the growing reliance on online resources for health information, platforms such as Google Trends (GT) provide a valuable method for capturing public interest. | 4 | Chang PC (2025) | Public Interest in Dry Eye Disease and Its Association With Environmental Parameters in Taiwan: Google Trends Infodemiology Study. |
Source documents