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Concerns About Phytoplankton Bloom Trends in Global Lakes
by
Zheng, Chunmiao
, Feng, Lian
, Pahlevan, Nima
, Liu, Junguo
, Hou, Xuejiao
, Dai, Yanhui
in
704/172/4081
/ 704/286
/ Algae
/ Algal blooms
/ Aquatic ecosystems
/ Artificial satellites in remote sensing
/ China
/ Datasets
/ Earth Resources and Remote Sensing
/ Environmental aspects
/ Eutrophication
/ Forecasts and trends
/ Humanities and Social Sciences
/ Hydrology
/ Lakes
/ Landsat
/ Landsat satellites
/ Matters Arising
/ multidisciplinary
/ Observations
/ Phytoplankton
/ Phytoplankton bloom
/ Plant species
/ Reflectance
/ Remote sensing
/ River discharge
/ Satellite imagery
/ Satellite observation
/ Science
/ Science (multidisciplinary)
/ Sediments
/ Submerged plants
/ Trends
/ Turbidity
/ Vegetation
/ Water bloom
/ Water pollution
2021
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Concerns About Phytoplankton Bloom Trends in Global Lakes
by
Zheng, Chunmiao
, Feng, Lian
, Pahlevan, Nima
, Liu, Junguo
, Hou, Xuejiao
, Dai, Yanhui
in
704/172/4081
/ 704/286
/ Algae
/ Algal blooms
/ Aquatic ecosystems
/ Artificial satellites in remote sensing
/ China
/ Datasets
/ Earth Resources and Remote Sensing
/ Environmental aspects
/ Eutrophication
/ Forecasts and trends
/ Humanities and Social Sciences
/ Hydrology
/ Lakes
/ Landsat
/ Landsat satellites
/ Matters Arising
/ multidisciplinary
/ Observations
/ Phytoplankton
/ Phytoplankton bloom
/ Plant species
/ Reflectance
/ Remote sensing
/ River discharge
/ Satellite imagery
/ Satellite observation
/ Science
/ Science (multidisciplinary)
/ Sediments
/ Submerged plants
/ Trends
/ Turbidity
/ Vegetation
/ Water bloom
/ Water pollution
2021
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Concerns About Phytoplankton Bloom Trends in Global Lakes
by
Zheng, Chunmiao
, Feng, Lian
, Pahlevan, Nima
, Liu, Junguo
, Hou, Xuejiao
, Dai, Yanhui
in
704/172/4081
/ 704/286
/ Algae
/ Algal blooms
/ Aquatic ecosystems
/ Artificial satellites in remote sensing
/ China
/ Datasets
/ Earth Resources and Remote Sensing
/ Environmental aspects
/ Eutrophication
/ Forecasts and trends
/ Humanities and Social Sciences
/ Hydrology
/ Lakes
/ Landsat
/ Landsat satellites
/ Matters Arising
/ multidisciplinary
/ Observations
/ Phytoplankton
/ Phytoplankton bloom
/ Plant species
/ Reflectance
/ Remote sensing
/ River discharge
/ Satellite imagery
/ Satellite observation
/ Science
/ Science (multidisciplinary)
/ Sediments
/ Submerged plants
/ Trends
/ Turbidity
/ Vegetation
/ Water bloom
/ Water pollution
2021
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Journal Article
Concerns About Phytoplankton Bloom Trends in Global Lakes
2021
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Overview
Satellite remote sensing has been widely used to monitor the water quality of inland and coastal environments. Using satellite data from the Landsat 5 Thematic Mapper (L5TM), Ho et al.1 showed an increase in peak summertime bloom intensity in 68% of the 71 large lakes worldwide from 1982 to 2012. However, we question the veracity of their find ing for at least two reasons: (1) satellite-derived reflectance in a single near-infrared (NIR) band is not a reliable proxy for bloom strength, and (2) the infrequent satellite observations from L5TM make it difficult to draw statistically meaningful conclusions.
Publisher
Nature Research,Nature Publishing Group UK,Nature Publishing Group
Subject
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