Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
Sally A Carullo
A Hydrologic Technician working with the New Jersey Water Science Center Surface Water Flow Dynamics Field Team
Sally Carullo is an environmental scientist with a strong background in hydrology and geomorphology. She earned her undergraduate degree in Earth and Environmental Science from Unity College in 2016, followed by a master’s degree in Environmental Science from Iowa State University in 2018. After completing her graduate studies, Sally joined the USGS Water Enterprise, starting her career at the Pacific Islands Water Science Center, where she managed field sites in Oahu and Guam. In 2021, she transitioned to the New Jersey Water Science Center (NJWSC), where she currently works. At the NJWSC, Sally oversees the maintenance of streamgages along the Passaic River and its tributaries, which are crucial for the Passaic Valley Flood Warning System. Additionally, she serves as the center’s Hydroacoustics Technical Lead.
Professional Experience
2018-2021 - USGS Water Enterprise, starting her career at the Pacific Islands Water Science Center, managing field sites in Oahu and Guam.
2021-Current - USGS New Jersey Water Science Center (NJWSC), managing streamgages along the Passaic River and its tributaries.
Education and Certifications
2016 - Undergraduate degree in Earth and Environmental Science from Unity College
2018 - Master’s degree in Environmental Science from Iowa State University
Science and Products
New Jersey Subbasin Paired Air & Stream Water Temperature Networks
Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.
Science and Products
New Jersey Subbasin Paired Air & Stream Water Temperature Networks
Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.