While the impacts of atmospheric rivers on Arctic and marine settings are well studied, their influence on lakes is less understood. 🌧️
A 2026 study characterizes the long-term influence on lake ice phenology.
Learn more➡️ https://ow.ly/yVm450ZO0QQ
PC kuhnmi via Wikimedia Commons
#LakeScience #Ice
A 2026 study characterizes the long-term influence on lake ice phenology.
Learn more➡️ https://ow.ly/yVm450ZO0QQ
PC kuhnmi via Wikimedia Commons
#LakeScience #Ice
September 23, 2026 at 2:00 PM
While the impacts of atmospheric rivers on Arctic and marine settings are well studied, their influence on lakes is less understood. 🌧️
A 2026 study characterizes the long-term influence on lake ice phenology.
Learn more➡️ https://ow.ly/yVm450ZO0QQ
PC kuhnmi via Wikimedia Commons
#LakeScience #Ice
A 2026 study characterizes the long-term influence on lake ice phenology.
Learn more➡️ https://ow.ly/yVm450ZO0QQ
PC kuhnmi via Wikimedia Commons
#LakeScience #Ice
🌊 July is #LakesAppreciation Month! 💙
From #swimming & #fishing to drinking #water & #wildlife habitat, #lakes sustain life.
📣Shoutout to the @nalms.bsky.social (#NALMS) for leading the way in #lakescience, #outreach, & #conservation across the USA, Canada & Mexico! 🌎🌿.
From #swimming & #fishing to drinking #water & #wildlife habitat, #lakes sustain life.
📣Shoutout to the @nalms.bsky.social (#NALMS) for leading the way in #lakescience, #outreach, & #conservation across the USA, Canada & Mexico! 🌎🌿.
July 21, 2025 at 9:41 PM
🌊 July is #LakesAppreciation Month! 💙
From #swimming & #fishing to drinking #water & #wildlife habitat, #lakes sustain life.
📣Shoutout to the @nalms.bsky.social (#NALMS) for leading the way in #lakescience, #outreach, & #conservation across the USA, Canada & Mexico! 🌎🌿.
From #swimming & #fishing to drinking #water & #wildlife habitat, #lakes sustain life.
📣Shoutout to the @nalms.bsky.social (#NALMS) for leading the way in #lakescience, #outreach, & #conservation across the USA, Canada & Mexico! 🌎🌿.
Such a wonderful week at the @ialipa2025.bsky.social conference, and what better location than at the shores of #LacBourget! 🏔️
And as if all the great #lakescience 🎤🗺️ wasn't inspiring enough, there was also local #wine tasting 🍷, a boat tour 🛥️ and #seismics and #coring demos! 👷🏻♀️
And as if all the great #lakescience 🎤🗺️ wasn't inspiring enough, there was also local #wine tasting 🍷, a boat tour 🛥️ and #seismics and #coring demos! 👷🏻♀️
October 11, 2025 at 3:12 PM
Such a wonderful week at the @ialipa2025.bsky.social conference, and what better location than at the shores of #LacBourget! 🏔️
And as if all the great #lakescience 🎤🗺️ wasn't inspiring enough, there was also local #wine tasting 🍷, a boat tour 🛥️ and #seismics and #coring demos! 👷🏻♀️
And as if all the great #lakescience 🎤🗺️ wasn't inspiring enough, there was also local #wine tasting 🍷, a boat tour 🛥️ and #seismics and #coring demos! 👷🏻♀️
Lake heatwaves can be intense and long-lasting, but little research has been conducted into how sediments react to these anomalies.
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Research Brief: Analyzing and Predicting Global Lake Sediment Heatwaves - Lake Scientist
Lake sediment heatwaves are understudied but could be crucial to future lake management; a 2026 study predicted increased heatwaves and altered nutrient cycles.
ow.ly
August 5, 2026 at 3:00 PM
Lake heatwaves can be intense and long-lasting, but little research has been conducted into how sediments react to these anomalies.
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Lake heatwaves can be intense and long-lasting, but little research has been conducted into how sediments react to these anomalies.
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Research Brief: Analyzing and Predicting Global Lake Sediment Heatwaves - Lake Scientist
Lake sediment heatwaves are understudied but could be crucial to future lake management; a 2026 study predicted increased heatwaves and altered nutrient cycles.
ow.ly
August 5, 2026 at 2:00 PM
Lake heatwaves can be intense and long-lasting, but little research has been conducted into how sediments react to these anomalies.
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
Learn more about the future of these disasters ➡️ https://ow.ly/H2YC50ZuneH
PC: Chesapeake Bay Program
#Heatwave #LakeScience
Ocean Sciences @ Bangor University
In China, 40% of lakes experience eutrophication, including its largest, Poyang Lake. A 2025 study combined WQI, TLI, and a new water quality evaluation to assess Poyang Lake's water quality after disasters.
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Research Brief: Comprehensive Lake Water Quality Analyses Against Extreme Climatic Events - Lake Scientist
China’s largest freshwater lake was studied with a comprehensive water quality analysis, and the results were compared to floods and droughts.
ow.ly
July 1, 2026 at 3:00 PM
In China, 40% of lakes experience eutrophication, including its largest, Poyang Lake. A 2025 study combined WQI, TLI, and a new water quality evaluation to assess Poyang Lake's water quality after disasters.
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
In China, 40% of lakes experience eutrophication, including its largest, Poyang Lake. A 2025 study combined WQI, TLI, and a new water quality evaluation to assess Poyang Lake's water quality after disasters.
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Research Brief: Comprehensive Lake Water Quality Analyses Against Extreme Climatic Events - Lake Scientist
China’s largest freshwater lake was studied with a comprehensive water quality analysis, and the results were compared to floods and droughts.
ow.ly
July 1, 2026 at 2:01 PM
In China, 40% of lakes experience eutrophication, including its largest, Poyang Lake. A 2025 study combined WQI, TLI, and a new water quality evaluation to assess Poyang Lake's water quality after disasters.
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
Learn more ➡️ https://ow.ly/mfSa50Zgl4u
PC: Rann Huo
#PoyangLake #WaterQuality #LakeScience
🌊❄️ Frozen on Top, Flourishing Below! 🧊🌱📖 Dive into this fascinating story of survival, science, and seasonal rebirth: #LakeErie #MicroscopicLife #Diatoms #UnderIceBloom #LakeScience #FrozenEcosystem #WinterBiology #ClimateChangeResearch #UltimateHealingSolutions #EnvironmentalHealing
❄️🌊 Frozen on Top, Flourishing Below: The Awakening of Microscopic Life in Lake Erie 🌊❄️
The Hidden Spring Beneath the Ice As winter's icy grip tightens over the Great Lakes, one might envision a dormant, lifeless world beneath the frozen surface. However, recent observations of Lake Erie challenge this notion, revealing a vibrant resurgence of microscopic life awakening beneath the ice. This phenomenon not only reshapes our understanding of aquatic ecosystems during winter but also underscores the resilience and adaptability of life in extreme conditions.
ultimatehealingsolutions.com
March 26, 2025 at 7:19 AM
🌊❄️ Frozen on Top, Flourishing Below! 🧊🌱📖 Dive into this fascinating story of survival, science, and seasonal rebirth: #LakeErie #MicroscopicLife #Diatoms #UnderIceBloom #LakeScience #FrozenEcosystem #WinterBiology #ClimateChangeResearch #UltimateHealingSolutions #EnvironmentalHealing
📢 Follow @prinvolare2022.bsky.social for updates on our #VOLARE project funded by #PRIN2022 🧬🌋🌿! We study #sedDNA, #pollen & #paleolimnology from Italian #volcanic #lakes to track past biodiversity.
News, fieldwork, publications & opportunities!
#envDNA #lakescience #ecology #sciencecommunication
News, fieldwork, publications & opportunities!
#envDNA #lakescience #ecology #sciencecommunication
July 7, 2025 at 11:54 AM
📢 Follow @prinvolare2022.bsky.social for updates on our #VOLARE project funded by #PRIN2022 🧬🌋🌿! We study #sedDNA, #pollen & #paleolimnology from Italian #volcanic #lakes to track past biodiversity.
News, fieldwork, publications & opportunities!
#envDNA #lakescience #ecology #sciencecommunication
News, fieldwork, publications & opportunities!
#envDNA #lakescience #ecology #sciencecommunication
A common restoration method is dredging, which removes pollutants from sediment. However, the environmental impacts are still debated.
A 2025 study examined the water quality of an Egyptian lake before and after dredging.
Learn more ➡️ https://www.lakescientist.com
PC: US Army Corps
#LakeScience
A 2025 study examined the water quality of an Egyptian lake before and after dredging.
Learn more ➡️ https://www.lakescientist.com
PC: US Army Corps
#LakeScience
Research Brief: Dredging Impacts on a Hypertrophic Lake Near the Mediterranean Sea - Lake Scientist
A 2025 study in Scientific Reports examined the water quality of Egypt’s Lake Manzala before and after a major dredging operation.
www.lakescientist.com
April 1, 2026 at 3:01 PM
A common restoration method is dredging, which removes pollutants from sediment. However, the environmental impacts are still debated.
A 2025 study examined the water quality of an Egyptian lake before and after dredging.
Learn more ➡️ https://www.lakescientist.com
PC: US Army Corps
#LakeScience
A 2025 study examined the water quality of an Egyptian lake before and after dredging.
Learn more ➡️ https://www.lakescientist.com
PC: US Army Corps
#LakeScience
1 week! ⏳ Lakes, mud & environmental secrets await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #UCLGeography #LakeScience @ucl.ac.uk
#BattarbeeLecture2026 #UCLGeography #LakeScience @ucl.ac.uk
Viewing the past through geochemical palaeolimnology: mud and models
Battarbee Lecture 2026
tinyurl.com
April 30, 2026 at 11:46 AM
1 week! ⏳ Lakes, mud & environmental secrets await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #UCLGeography #LakeScience @ucl.ac.uk
#BattarbeeLecture2026 #UCLGeography #LakeScience @ucl.ac.uk
3 weeks! 🕰️
Mud, models & lake chemistry await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #LakeScience #UCLGeography
Mud, models & lake chemistry await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #LakeScience #UCLGeography
Viewing the past through geochemical palaeolimnology: mud and models
Battarbee Lecture 2026
tinyurl.com
April 16, 2026 at 11:42 AM
3 weeks! 🕰️
Mud, models & lake chemistry await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #LakeScience #UCLGeography
Mud, models & lake chemistry await. Join Dr John Boyle: tinyurl.com/ucl-bat16
#BattarbeeLecture2026 #LakeScience #UCLGeography
🧊The interactions of freezing soils and groundwater are understudied in saline systems, where salinity may add to the complexity of this interaction. A 2025 paper investigated this in China’s Badain Jaran Desert.
Learn more ➡️ https://ow.ly/FM9q50ZcOQ9
PC: Guo Qi via Flickr.
#SaltLake #LakeScience
Learn more ➡️ https://ow.ly/FM9q50ZcOQ9
PC: Guo Qi via Flickr.
#SaltLake #LakeScience
Research Brief: Freezing Improves Groundwater-Lake Connectivity in Saline Basins - Lake Scientist
A 2025 study investigated the thermal relationship between saline basins and freezing soils and groundwater.
ow.ly
June 24, 2026 at 2:01 PM
🧊The interactions of freezing soils and groundwater are understudied in saline systems, where salinity may add to the complexity of this interaction. A 2025 paper investigated this in China’s Badain Jaran Desert.
Learn more ➡️ https://ow.ly/FM9q50ZcOQ9
PC: Guo Qi via Flickr.
#SaltLake #LakeScience
Learn more ➡️ https://ow.ly/FM9q50ZcOQ9
PC: Guo Qi via Flickr.
#SaltLake #LakeScience
Organic carbon burial (OCB) is a key component of the carbon cycle, and burial in lake sediments accounts for the vast majority of this process.
However, the response of OCB in lakes to seasonal and long-term temperature changes is uncertain.
Read more ➡️ https://ow.ly/oMbo50YK6oS
#LakeScience
However, the response of OCB in lakes to seasonal and long-term temperature changes is uncertain.
Read more ➡️ https://ow.ly/oMbo50YK6oS
#LakeScience
Research Brief: Organic Carbon Burial Levels in Lake Sediment Drop During the Holocene - Lake Scientist
A 2025 study sought to understand how organic carbon burial is responding to temperature changes in the Holocene using records from the Tibetan plateau, while also modeling its future impact on global carbon emissions.
ow.ly
April 22, 2026 at 2:01 PM
Organic carbon burial (OCB) is a key component of the carbon cycle, and burial in lake sediments accounts for the vast majority of this process.
However, the response of OCB in lakes to seasonal and long-term temperature changes is uncertain.
Read more ➡️ https://ow.ly/oMbo50YK6oS
#LakeScience
However, the response of OCB in lakes to seasonal and long-term temperature changes is uncertain.
Read more ➡️ https://ow.ly/oMbo50YK6oS
#LakeScience