NexSens Technology

NexSens Technology has been a member of Linktree for 2 years and joined in July 2024. The social media accounts linked to from NexSens Technology are: • Facebook • Instagram • YouTube • LinkedIn • Email • X Besides social media accounts, nexsens has populated their site with: • Research Brief: Morphological Drivers of Ice Growth in Canadian Lakes - Lake Scientist • Research Brief: Emergence of New Temperature Trends in Freshwater Lakes - Lake Scientist • Research Brief: Drivers and Mechanisms of Harmful Algal Blooms in Grand Lake St. Marys - Lake Scientist • Research Brief: Drivers of Winter Stratification in Lake Superior - Lake Scientist • Research Brief: Data Asynchrony Among Real-Time Data Buoys in Western Lake Erie - Lake Scientist • Inside FAMU’s Environmental Floating Research Lab | NexSens Case Study • The BIGGEST Dam Removal in History…How it Happened | NexSens case study • How to Configure a Wave Buoy | NexSens CB-75-SVS • How to assemble a NexSens XB-200 Data Buoy - Getting Started • Getting Started with the NexSens NX260 Turbidity Sensor • Why are they intentionally FLOODING Cape Cod? | NexSens Case Study • How to Assemble a NexSens CB-75 Data Buoy - Getting Started • Storm Chasing on Lake Champlain: How Scientists Monitor Water | NexSens Case Study • How to Configure a Tide Gauge | NexSens Non-Contact Radar System • Pure Hearts, Dirty Water: The Fight to Save Lake Lillinonah | NexSens Case Study • Is this water safe? Maine’s lakes are getting a health check | NexSens Case Study • Troubleshooting NexSens X3 Data Logger Communications • How to assemble a NexSens CB-950 Data Buoy - Getting Started • How this buoy powers ocean science using wave energy | NexSens Case Study • Why Timor-Leste Can’t Ignore Its Coast | NexSens Case Study • Troubleshooting YSI EXO Communication with a NexSens X3 Data Logger • Why Measuring Evaporation Is So Hard–and Why It Matters for Water Security | Nexsens Case Study • Environmental Monitoring Buoy for Wave Measurement in Singapore | NexSens Case Study • How Mixing Waters Shape Ecosystems in Sanibel, Florida • White Lake Is "Clean" Again. So, Why Are We Still Watching It? | NexSens Case Study • How to Measure Ocean Currents Using a NexSens Buoy • Deadly Red Tides in Florida–And the Race to Understand Them | NexSens Case Study • Fall 2025 Environmental Monitor Available Now • How Do You Monitor Turbidity During Dredging In Real Time? • Inside the Smart Buoys Protecting Saskatchewan’s Drinking Water | NexSens Case Study • How to Detect Harmful Algal Blooms in Real-Time • Why Does Florida’s Ocean Turn Blood Red? 🩸🌊 - YouTube • What Happens Inside a Hurricane? (The Data No One Else Has) - YouTube • Inside a Beach E. coli Monitoring System - How it Works • Port Everglades Widening & Deepening Project: Tracking a Changing Environment | NexSens Case Study • Why We Need Flash Flood Warning Systems | NexSens Case Study • Can AI Stop Mass Whale Strandings? | NexSens Case Study • Otsego Lake has a scientific MYSTERY—what researchers know so far | NexSens Case Study • Watch Timor-Leste coastal monitoring study • People Protect What They Love: Restoring Lake Macatawa, Michigan • Delisting White Lake–From Chemical Pollution to Real-Time Understanding • Why We Need to Study Disrupted Ecosystems | W&J College’s Abernathy Field Station • Listening for dolphins and orcas in New Zealand | NexSens Case Study • Detecting Oil in Water - NexSens • Large Lake Monitoring - NexSens • This River Predicts Lake Erie's Toxic Algae Blooms • Research Brief: How Greenhouse Gas Emissions are Influenced by Stratification and Mixing Events - Lake Scientist • Research Brief: Impacts of Variable Hydrology and Water Quality on Harmful Algal Blooms in Saskatchewan - Lake Scientist • Research Brief: Drivers of Hypoxia and Algal Blooms in Muskegon Lake - Lake Scientist • Research Brief: Understanding the Influence of Changing Ice Penology on Under-Ice Temperature Dynamics - Lake Scientist • CB-75 | Compact, Lightweight and Easy to Deploy Data Buoy • How to Assemble a NexSens CB-450 Data Buoy | Getting Started • How to Assemble a Hydromet Monitoring Station - Getting Started • Wellfield Monitoring System - NexSens • How to Configure a Limnology Buoy | NexSens XB-200 • NexSens Technology Inc. - Better data. It’s never been easier. • Check out our YouTube channel • How to Configure a Stream-Side Water Quality Monitoring System • NexSens NX260 Turbidity Sensor: Accurate Water Quality Monitoring for Tough Conditions • Real-time Shark Tracking with a NexSens Data Buoy | NexSens Case Study • What are harmful algal blooms? Unpacking Green Bay’s water quality | NexSens Case Study • Research Brief: Evaluating Methane Emissions in Thermokarst Lakes - Lake Scientist • Measuring Wave Characteristics on Lake Geneva - NexSens • Environmental Monitoring Handbook - Learn More • Research Brief: Evaluating ICESat-2 Performance in Wave Height Predictions - Lake Scientist • Water Current Monitoring - NexSens • Research Brief: Evaluating Wave Energy Availability in the Great Lakes and Blue Economy Opportunities - Lake Scientist • Flood Warning System - NexSens • Research Brief: Evaluating a Novel Storm Surge Prediction Model on Lake Ontario - Lake Scientist • Measuring Cyanobacteria Toxins in the Great Lakes - NexSens • Research Brief: Measuring Oxygen and Temperature Changes in Arctic Lakes Impacted by Climate Change - Lake Scientist • Narragansett Bay Fixed Station Monitoring Network - NexSens • Why Miami University scientists have been studying Acton Lake for 30 years | NexSens Case Study • Dissolved Gas Monitoring - NexSens • Automated Water Quality Monitoring in Aquaculture Facilities - FishSens Magazine • Stream & River Flow Measurement - NexSens • Buoy-Based Solutions: Strengthening Kentucky’s Emergency Response Efforts • Research Brief: Measuring Lake Superior Evaporation with an Eddy Covariance System at Stannard Rock Lighthouse - Lake Scientist • Stream & River Monitoring - NexSens • Creating Sustainable Aquaculture Practices for the Future - FishSens Magazine • Innovations in Wave-Powered Buoys - NexSens • Inland Lake Monitoring - NexSens • Data-Driven Advocacy on the Lower Deschutes River • ☁️📲#BetterData • Expanding the Port Everglades: Real-Time Monitoring of Water Quality Conditions from Planned Dredging Operation • Monitoring Hurricanes and Predicting Flooding in the Age of Climate Change • Evaluating the Efficacy of Marine Protected Areas - FishSens Magazine • Floating Global New Ideas: Buoy-Enabled Research at Florida Agricultural and Mechanical University’s School of the Environment • Research Brief: Assessing the Influence of Data Assimilation Frequency on Ecological Forecast Skill in a Eutrophic Reservoir • From Pans to Buoys: Advancing Reservoir Evaporation Rate Monitoring in Texas • Great Lakes Research Center: Designing Targeted Monitoring Solutions • Green Water in Green Bay: Using Data Buoys to Monitor the Southern Bay • HABs Detection System - NexSens • Have You Heard? AI Buoys Revolutionizing Marine Mammal Monitoring in Whangārei Harbor, New Zealand • How Functional Diversity Studies Inform Fishery Management and Allocate Resources - FishSens Magazine • Impacts of Thermal Stress on Aquatic Species - FishSens Magazine • IoT in Fish Farming: How Cloud-Based Innovation Improve Aquaculture Operations - FishSens Magazine • It’s a Buoy! ✨ NEW NexSens XB-200 • Research Brief: Phosphorous Binding Treatments in Grand Lake St. Marys - Lake Scientist • Lake Erie Volunteer Science Network: Building Trust in Citizen Science Programs • Lancaster County Makes the Switch to Real-Time Water Quality Monitoring Systems • Research Brief: Evaluating the Efficacy of Satellite Imagery Driven Machine Learning Models in Measuring Cyanobacteria and DO Concentrations - Lake Scientist • Long-Term Monitoring in the Chautauqua Lake Watershed • Monitoring and Facilitating Habitat Restoration Efforts in the Great Lakes • Monitoring Evaporation Rates in Texas Reservoirs - NexSens • Monitoring in the Great Barrier Reef - FishSens Magazine • Monitoring Habitat Suitability and Water Quality in Northwest Arkansas Springs • Monitoring Kentucky’s Water Resources with Drone Imaging and Unmanned Surface Vehicles • Monitoring Lake Erie’s Eastern Basin: Building Long-Term Data and Real-Time Public Solutions • Monitoring Mariculture in the Gulf of Alaska • Monitoring Microcystin Dynamics in Ohio Lakes 🧪 • Monitoring OAE Efforts in Halifax: Fighting Climate Change with Emerging mCDR Strategies • Monitoring Urban Creeks in Syracuse, New York - NexSens • Monitoring Weather, Wave, And Temperature Dynamics in Lake Erie’s Eastern Basin - NexSens • NexSens X3 Data Logger Review • No Red Herrings: Data Driving the Largest Salt Marsh Restoration in the NE USA • Real-Time Monitoring Systems in Aquaculture - FishSens Magazine • Research in the Reserve: Promoting Interdisciplinary Conservation at the Great Bay National Estuarine Research Reserve • Safeguarding Communities with Real-Time Flood Monitoring in the City of Hazelwood • Sargassum Surge: How Seaweed is Transforming our Oceans and Coastal Ecosystems • Save our Bogs! Culture, Conservation and Climate Action in Ireland’s Peatlands • Science for Science’s Sake: Monitoring Ocean Energy Availability and Gulf Stream Dynamics • Sediment Monitoring in Port Everglades - NexSens • SonTek CastAway-CTD Meter Review • Source Water Monitoring in Albany, New York: Tracing Water Quality throughout Tributaries • Supplying Seattle’s Drinking Water: Using Data Buoys to Monitor the Cedar River Municipal Watershed • Sustainable Fishing in Alaska: Protecting the Salmon Capital of the World through Research • Targeted Monitoring Solutions in the Great Lakes - NexSens • Tide Gauges - NexSens • The Good, The Bad, and The Ugly: Understanding Fisheries and Eutrophication - FishSens Magazine • Three Decades of Research at Acton Lake • Transdisciplinary Fisheries Research: Improving and Diversifying Management Techniques - FishSens Magazine • Two-Eyed Seeing Approach in Fisheries Management and Research - FishSens Magazine • Upgrading to Real-Time Systems in Lancaster County - NexSens • Using Data Buoys to Monitor Southern Green Bay - NexSens • Using eDNA to Evaluate and Inform and Evaluate Fish Stocking Efforts - FishSens Magazine • Water Quality and Sediment Monitoring in the Huntington District - NexSens • Water Quality Monitoring in Morro Bay - NexSens • Wave Buoy - NexSens • Wave Sensors Integration with NexSens Buoys: A Cutting-Edge Solution for Wave Measurement • Wildfire Prevention in the Sierra Nevada Region with the Yuba Watershed Institute • 7.2 Open Water Buoys - NexSens • 7.1 Multi-Parameter Monitoring - NexSens • 6.6 Soil Oxygen - NexSens • 6.5 Soil pH - NexSens • 6.4 Soil Salinity - NexSens • 6.3 Electrical Conductivity - NexSens • 6.2 Soil Temperature - NexSens • 6.1 Soil Moisture - NexSens • 5.6 Wind Speed and Direction - NexSens • 5.5 Solar Radiation - NexSens • 5.4 Relative Humidity - NexSens • 5.3 Precipitation - NexSens • 5.2 Barometric Pressure - NexSens • 5.1 Air temperature - NexSens • 4.5 Tide - NexSens • 4.4 Waves - NexSens • 4.3 Currents - NexSens • 4.2 Flow - NexSens • 4.1 Water level - NexSens • 3.7 Chlorophyll and Blue-Green Algae - NexSens • 3.6 ORP - NexSens • 3.5 pH - NexSens • 3.4 Turbidity - NexSens • 3.3 Dissolved Oxygen - NexSens • 3.2 Conductivity, Salinity and Total Dissolved Solids - NexSens • 3.1 Water Temperature - NexSens • 2.6 Cloud Datacenter - NexSens • 2.5 Power and Solar Charging - NexSens • 2.4 Telemetry - NexSens • 2.3: Data Loggers - NexSens • 2.2 Smart Sensors - NexSens • 2.1 Introduction to Data Collection - NexSens • 1.1 Historical Context and Modern Innovations in Environmental Monitoring - NexSens