NEON, in coordination with staff from Ordway-Swisher Biological Station, recently deployed the Observatory's first in-situ aquatic sensors on to buoys at Suggs and Barco Lake in Florida.
NEON, in coordination with staff from Ordway-Swisher Biological Station, recently deployed the Observatory's first in-situ aquatic sensors on to buoys at Suggs and Barco Lake in Florida.
In this #WomeninSTEM interview, read about Wendy, Director of Education, and her hope that NEON data will be a resource for scientists of all ages as they investigate how our earth works.
We are pleased to announce the appointment of Dr. Eugene Kelly as NEON’s Visiting Head Scientist. Gene is a well-respected leader in the fields of soil science, ecosystem ecology and environmental sustainability.
NEON is hosting a 3-day lesson-building hackathon to develop a suite of NEON/Data Carpentry data tutorials and corresponding assessment instruments. Apply by Aug 17, 2015 to attend.
Tasked with initiating construction at the Delta Junction site in Alaska and confronted with a washed-out road en route, Frank needed to find an alternate way to access the field site.
NEON recently redesigned the data portal to improve overall usability and accessibility. Data users can now explore the new Data Portal and share your feedback with us!
Learn how working with big data to requires a set of skills new to many scientists and explore upcoming learning opportunities in the second part of the #WorkwithData series.
I’m Sarah Elemendorf and I'm a staff scientist at NEON. Together with other scientists and programmers, I develop algorithms for automated processing of the large volumes of field and lab data collected by NEON.
NEON systems engineering staff visit the Maycreek, AL site in the Ozarks Complex (Domain 8) to perform acceptance testing of the Aquatic Observation System (AOS) field protocols.
Join thousands of others this spring in making simple plant observations through Project BudBurst. Citizen scientists play an important role in helping researchers determine how seasonal patterns are changing and potentially inform future environmental decisions and education.
The first release includes 11 terrestrial protocols as well as our terrestrial science designs. This release of protocols is the first in a series to be shared over the next several months.
Learn more about open science and NEON's collaboration with Data Carpentry to develop resources and facilitate workshops that support open science skill-building.
In September 2013, Boulder, CO experienced a seven day storm event and unprecedented rainfall. NEON data collected before and after the flood quanitfy topographic change caused by the storm.
D09 field technicians collect lake water samples year-round; D02 field technicians dig through several inches of ice and snow to access the stream at the Posey Creek. Learn more about winter sampling in the field.
Dr. Ann Bartuska, Deputy Under Secretary for Research, Education & Economics of the USDA, highlights the importance of long-term ecological datasets and federal science investment in research infrastructure in the journal Frontiers in Ecology and the Environment.
Dr. France A. Córdova visited NEON headquarters last Thursday for the first time since assuming her position as Director of the National Science Foundation (NSF) in March 2014.
In an effort to provide standardized and more efficient ways to install soil sensors, NEON recently purchased the first of several soil coring machines to install soil sensors up to three meters deep at all 60 terrestrial sites around the US.
Kansas State University scientists and collaborators have developed a new method for studying a variety of streams — including tropical, prairie or forested streams — across continents. Walter Dodds has led the researchers in creating the Stream Biome Gradient Concept, which is a way to compare streams in different climates and different continents. The concept can improve how researchers study streams worldwide.
SACNAS (Society for the Advancement of Hispanic/Chicano and Native Americans in Science) is all about inspiration, and that is why it was such a pleasure to attend the national conference last month in Los Angeles.
It has been over two years since I was last in the woods of New Hampshire collecting invasive plant data for my undergraduate research. From then to now, I have thought little about data sets or statistical variability.
