View allAll Photos Tagged EnvironmentalMonitoring
ROUSES POINT, N.Y. -- This close-up photo shows a component of a PackEye Radiation Detection Backpack being used by the New York National Guard's 2nd Civil Support Team (CST) to detect radiation during Operation Clear Passage, a three-day, multi-agency homeland security exercise and water quality/navigational-boating enforcement event held on Lake Champlain from July 22 to 24. During the operation, 2nd CST members successfully found radiation sources on a boat and parked cars in and around the lake. Members of the 2nd CST and New York Naval Militia were among more than 75 personnel from 17 federal, state and international agencies that conducted law enforcement, homeland security and environmental monitoring missions throughout the operation. (U.S. Army National Guard photo by Master Sgt. Raymond Drumsta)
ROUSES POINT, N.Y. -- Aboard a New York Naval Militia (NYNM) boat, New York Army National Guard Staff Sgt. David Hansen, a survey chief from the New York National Guard's 2nd Civil Support Team (CST), checks a PackEye Radiation Detection Backpack during Operation Clear Passage, a three-day, multi-agency homeland security exercise and water quality/navigational-boating enforcement event held on Lake Champlain from July 22 to 24. During the operation, 2nd CST members successfully found radiation sources on a boat and parked cars in and around the lake. Members of the 2nd CST and NYSNM were among more than 75 personnel from 17 federal, state and international agencies that conducted law enforcement, homeland security and environmental monitoring missions throughout the operation. Hansen is from Melrose, N.Y. (U.S. Army National Guard photo by Master Sgt. Raymond Drumsta)
viudeepbay.com/2012/10/02/baynes-sound-environmental-mari...
Semipermeable membrane devices (SPMDs) are a passive sampling device used to monitor trace levels of organic contaminants. When placed in an aquatic environment, SPMDs accumulate hydrophobic (water-“hating”, fat-“loving”) organic compounds, such as polychlorinated biphenyls (PCBs), polyaromatic hydrocarbons (PAHs), and organochlorine pesticides from the surrounding waters. for further info see: oceanexplorer.noaa.gov/technology/tools/spmds/spmds.html
viudeepbay.com/2012/10/02/baynes-sound-environmental-mari...
Semipermeable membrane devices (SPMDs) are a passive sampling device used to monitor trace levels of organic contaminants. When placed in an aquatic environment, SPMDs accumulate hydrophobic (water-“hating”, fat-“loving”) organic compounds, such as polychlorinated biphenyls (PCBs), polyaromatic hydrocarbons (PAHs), and organochlorine pesticides from the surrounding waters. for further info see: oceanexplorer.noaa.gov/technology/tools/spmds/spmds.html
ROUSES POINT, N.Y. -- New York Army National Guard Staff Sgt. David Hansen, a survey chief from the New York National Guard's 2nd Civil Support Team (CST), uses an Identifinder to check for radioactive materials aboard a suspect boat during Operation Clear Passage, a three-day, multi-agency homeland security exercise and water quality/navigational-boating enforcement event held on Lake Champlain from July 22 to 24. During the operation, 2nd CST members successfully found radiation sources on a boat and parked cars in and around the lake. Members of the 2nd CST and New York Naval Militia were among more than 75 personnel from 17 federal, state and international agencies that conducted law enforcement, homeland security and environmental monitoring missions throughout the operation. Hansen is from Melrose, N.Y. (U.S. Army National Guard photo by Master Sgt. Raymond Drumsta)
viudeepbay.com/2012/10/02/baynes-sound-environmental-mari...
Semipermeable membrane devices (SPMDs) are a passive sampling device used to monitor trace levels of organic contaminants. When placed in an aquatic environment, SPMDs accumulate hydrophobic (water-“hating”, fat-“loving”) organic compounds, such as polychlorinated biphenyls (PCBs), polyaromatic hydrocarbons (PAHs), and organochlorine pesticides from the surrounding waters. for further info see: oceanexplorer.noaa.gov/technology/tools/spmds/spmds.html
ROUSES POINT, N.Y. -- New York Army National Guard Staff Sgt. David Hansen, a survey chief from the New York National Guard's 2nd Civil Support Team (CST), uses an Identifinder to check for radioactive materials aboard a suspect boat during Operation Clear Passage, a three-day, multi-agency homeland security exercise and water quality/navigational-boating enforcement event held on Lake Champlain from July 22 to 24. During the operation, 2nd CST members successfully found radiation sources on a boat and parked cars in and around the lake. Members of the 2nd CST and New York Naval Militia were among more than 75 personnel from 17 federal, state and international agencies that conducted law enforcement, homeland security and environmental monitoring missions throughout the operation. Hansen is from Melrose, N.Y. (U.S. Army National Guard photo by Master Sgt. Raymond Drumsta)
Please note this image is from 2004, when a 2Mpixel camera was being used. Presently (2006), we deploy cameras up to 10Mpixels for image capture, and so resolution of ground features is now much improved.
In the year 2162, the depicted installation serves as a highly advanced, autonomous coastal defense outpost. This monolithic structure, constructed from reinforced steel and concrete, is equipped with state-of-the-art surveillance systems and automated defensive weaponry. Its primary purpose is to monitor and protect critical coastal regions from potential threats, including unauthorized maritime activities, environmental hazards, and potential enemy incursions.The red lights on the structure indicate active status and signal operational readiness, while the entire facility operates with minimal human intervention, relying heavily on artificial intelligence and robotics to ensure constant vigilance and rapid response capabilities. The installation also serves as a weather station, gathering and analyzing climatic data to aid in predicting and mitigating natural disasters.
This photo was taken using a 3M pixel camera.
Presently, we use at least 10M pixel cameras, so resolutions are now much improved.
The photos which make up this image were taken using a 3M pixel camera.
Presently, we use at least 10M pixel cameras, so resolutions are now much improved.
The photos which make up this image were taken using a 3M pixel camera.
Presently, we use at least 10M pixel cameras, so resolutions are now much improved.