NEON has joined forces with the Environmental Data Initiative to promote data accessibility and usability in the environmental sciences. The joint initiative will create tools, templates, and standards that will make it easier to synthesize data from NEON, the Long Term Ecological Research Network, and other networks and organizations.
If you can't choose between the mountains and the ocean, the Pacific Northwest (D16) may be the place for you. This coastal Domain features spectacular mountain ranges, vast conifer forests, and a rugged, rocky coastline. The NEON field sites, nestled into the Cascade Mountains of Washington and Oregon, offer an opportunity to see how different land management strategies impact this unique temperate ecosystem.
Cows and croplands dominate large portions of the U.S. How does this agriculture impact ecosystems? NEON field sites located on or near agricultural land – including some colocated with Long-Term Agroecosystem Research (LTAR) sites and Agricultural Research Stations – can help answer important questions about the interactions between agricultural activities and native ecosystems.
NEON staff participated in a five-session virtual workshop to generate creative strategies and new research collaborations centered on the fire science community. The workshop was designed to make steps towards improving understanding of different types of fires across temporal and spatial scales, predicting feedbacks between wildfire and living systems, and improving the representation of biological processes in models. Kaelin Cawley, a NEON research scientist and aquatic biogeochemist, brought the NEON perspective to the event.
If you like it hot, the Desert Southwest may be for you. From the iconic saguaro cactus stands of the Sonoran to the mesquite scrublands of the Chihuahuan, this region offers a diverse range of desert and mountainous landscapes to explore. Data from the NEON field sites will help scientists better understand the impact of human disturbances and long-term weather change on these unique and fragile arid ecosystems.
Can machine learning be used for accurate species identification of beetles and other invertebrates? Dr. Katie Marshall and Jarrett Blair at the University of British Columbia (UBC) and collaborators sought to answer this question using carabid beetle data from the NEON program. Eventually, they hope to leverage machine learning to identify other species caught in the NEON beetle pitfall traps. Machine learning could one day be used to classify unidentified species in the NEON bycatch (species caught other than the target species) and answer new questions about invertebrate diversity and abundance across North America.
How do you collect phenology data at a large scale for an elusive species like the deer mouse? Drs. Bryan McLean and Robert Guralnick combined mammal trapping data from the NEON program with a century of museum data to find insights into the environmental drivers of reproduction for small mammals.
Every year, the NEON program hires between 230-250 seasonal field technicians. These seasonal workers, often recent college graduates, are tasked with collecting field observations and physical samples at NEON field sites. A new internal Online Training Center makes it easier to standardize training across the NEON Domains and track training progress for new recruits.
Recently, SciTeens partnered with Florida State University to offer a virtual Data Science Camp for high school students in Florida. Participants learned how to manipulate and analyze data in the Python computer language and present data at a college level. The students in the Ecological Data Science Camp explored data from the NEON program and had an introduction into techniques for importing and analyzing the data.
Happy Earth Day! Many NEON field sites are hosted by or colocated with organizations that do conservation and restoration work. The data NEON collects at these sites provide a window into how ecosystems are changing and the impact of restoration efforts.
Domain 07, in the heartland of the U.S., is a land of rolling hills, steep ridges, gentle valleys, and many shades of green. The Appalachians and Cumberland Plateau feature some of the world's oldest mountains and the world's largest hardwood-forested plateau. The region's rich geologic history and temperate, moist climate have made it one of the most biodiverse areas of North America.
MDPs are mobile, modular NEON field stations that can go practically anywhere with road access. They put the power of NEON's instrumented systems into the hands of PIs, academic institutions, and research organizations.
The National Center for Ecological Analysis and Synthesis (NCEAS) and NEON have developed an open resource onboarding document geared to support researchers beginning their postdoctoral work with NEON - it can be easily adapted for other early career scientists entering roles.
Happy World Wildlife Day! At the NEON program, we are lucky enough to share our workspaces with all kinds of wild creatures, great and small. And while we only collect data on a few (mosquitos, ticks, beetles, small mammals, birds, and fish, to be specific), we celebrate them all.
In the middle of North America, the eastern forests give way to the tallgrass prairie. This is the Prairie Peninsula (D06), in the heartland of the U.S. Sometimes called "America's Breadbasket," this region provides ample opportunity to study the impact of agriculture and land management practices on tallgrass prairie ecosystems. It also provides a unique view of a transitional zone between the prairies and the eastern deciduous forest.
The pandemic has created new challenges for educators—but that doesn't mean learning has to stop. The Ecological Research as Education Network (EREN) collaborated with the NEON program in 2020 to create a series of Flexible Learning Projects that enable students to practice hands-on field ecology wherever they are—on campus or at home.
AGU's Thriving Earth Exchange Program has welcomed the newest cohort of Community Science Fellows, and first in partnership with NEON! This cohort is comprised of field staff across 12 of NEON’s Domains. Beginning in February 2021, they will be conducting outreach to communities within their Domains, and ultimately working with them to launch collaborative, co-developed community science projects that produce on-the-ground impact through application of NEON’s data and resources.
SciTeens is the brainchild of founders Carlos Mercado-Lara and John Sutor, who started the organization in 2018 when they were high school seniors. Their mission is to make free STEM resources – including data science resources – accessible to all students through online curricula, outreach, and mentoring. They leveraged ecological data from the NEON program to create their first data science projects.
NEON and the Ecological Society of America established a NEON-ESA Early Career Scholars (NECS) program for 2020 to support a group of early career scholars attending ESA2020. The chosen scholars received registration to the Annual Meeting, which centered on the theme of "Harnessing the ecological data revolution," and benefited from virtual networking with NEON.
Dr. Jennifer Balch, a Fire Ecologist at University of Colorado Boulder, is studying wildfire-impacted areas in the western U.S. to answer burning questions about forest recovery and carbon storage potential. Her work could lead to improved models of the impact of wildfires on atmospheric carbon levels and environmental change.
A new remote monitoring and near real-time alert system is helping NEON scientists rapidly detect and diagnose data anomalies that may indicate a problem with sensors or software.
The Great Lakes Domain (D05) is named for its most recognizable feature: the Great Lakes themselves. At our field sites in Wisconsin and Michigan, we're collecting data representing different management practices in the northern pine and hardwood forests. The data will help researchers understand how land management practices impact both terrestrial and aquatic ecosystems in the Great Lakes region.
An investigation into freshwater diatoms from the NEON aquatic field sites in Puerto Rico led to a reclassification of diatom taxa in the region, and the possible discovery of a new diatom species. A paper recently published in Phytotaxa details the results of the research, which was enabled by samples from the NEON Biorepository.
NEON's 2020 contributions demonstrate the significant impact this data has on ecological science. Here are 10 of the most exciting news items from the NEON program in the past year.
The NEON program is excited to welcome our first cohort of Postdoctoral Fellows! Starting in January 2021, these three early-career scientists will be working in collaboration with NEON staff and the wider user community to leverage NEON data for scientific discovery.
A newly signed MoU reaffirms the long-standing partnerships among six analogous but independent observing networks that monitor the ecosystems that underpin life on Earth, expressly committing to the development of the first-ever Global Ecosystem Research Infrastructure (GERI).
NASA monitors soil moisture levels and freeze/thaw conditions across the globe using a satellite orbiting 426 miles (685 km) above the Earth. To help validate and calibrate these satellite data, NASA relies on direct measurements taken by partners on the ground. Through a new collaboration with Battelle, soil moisture data collected at the National Ecological Observatory Network (NEON) field sites will now be part of those validation efforts.
Looking to predict beetle abundance and springtime greenness, among other things, the NEON Ecological Forecasting Challenge is looking to mobilize researchers and forecast answers to a complex set of ecological questions.
