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 was born and raised in Delaware County, Pennsylvania. After graduating from high school, she moved to Oahu, Hawaii in order to pursue her passion for environmental science by attending Hawaii Pacific University . While on Oahu, Sally realized she learned best from field experience and transferred to Unity College in Central Maine. At Unity College, Sally received a hands on education and spent most of her time in a stream, a soil pit, or in the laboratory. While in Maine, she became very interested in hydrology, geomorphology, GIS, and natural disasters. After graduating from Unity in December 2016, Sally moved to Ames, Iowa to begin her Master’s degree with Dr. Peter Moore. Their research focused on how riparian land-use alters stream morphology in Iowa. After graduating from Iowa State, Sally migrated back to Oahu, Hawaii to work at the Pacific Islands Water Science Center as a Hydrologic Technician. During her time in Hawaii, Sally managed field sites on Oahu and Guam. In 2021, she began working at the New Jersey Water Science Center as a Hydrologic Technician.
Science and Products
New Jersey Subbasin Paired Air & Stream Water Temperature Networks
The temperature, water quality, and channel connectivity along headwater stream networks often show highly dynamic spatiotemporal patterns that are tied to localized hydrogeologic and landcover controls. Groundwater exchanges exert a spatially discontinuous influence on streams that reflect, in part, the preferential nature of groundwater discharge as controlled by recharge, topography, and...
Airtemp_HOBO
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.
TidbiT_HOBO
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.
Water_HOBO
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
The temperature, water quality, and channel connectivity along headwater stream networks often show highly dynamic spatiotemporal patterns that are tied to localized hydrogeologic and landcover controls. Groundwater exchanges exert a spatially discontinuous influence on streams that reflect, in part, the preferential nature of groundwater discharge as controlled by recharge, topography, and...
Airtemp_HOBO
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.
TidbiT_HOBO
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.
Water_HOBO
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.