Delivery of new Suomi NPP data ceases on Nov. 2, 2026. Users should transition to alternative products.
Suomi NPP data announcement
Publications Citing SHIFT Data
List of peer-reviewed publications that cite using SHIFT data.
Filters
| Title | Year Sort ascending | Author | Topic | Dataset |
|---|---|---|---|---|
| Canopy water content is related to variability in leaf water over time but not across space in an oak savanna ecosystem | Allen, Jean, Boving, Indra, Anderegg, Leander D.L., Brodrick, Philip G., Chadwick, K. Dana, Roberts, Dar, Trugman, Anna T. | Reflected Infrared, Reflectance | ||
| Pre-Fire Fuel Conditions Are Dominant Drivers of Burn Severity in the | WardBaranyay, M., Lee, C., PascoliniCampbell, M., Sousa, D., Kinoshita, A. M. | Land Surface Temperature, Evapotranspiration, Viewing Geometry, Geolocation, Infrared Radiance, Visible Radiance, Canopy Characteristics |
|
|
| Uncertainty Assessment in Deep Learning-based Plant Trait Retrievals from Hyperspectral data | Cherif, Eya, Kattenborn, Teja, Brown, Luke A., Ewald, Michael, Berger, Katja, Dao, Phuong D., Hank, Tobias B., Laliberte, Etienne, Lu, Bing, Feilhauer, Hannes | Visible Radiance, Infrared Radiance, Vegetation Cover, Vegetation Species, Chlorophyll, Leaf Characteristics | ||
| Applying machine learning to biodiversity management: Lessons from two | Miner, Kimberley, Baskaran, Latha, Davis, Frank W., Easterday, Kelly, Reynolds, Mark, Tjossem, Sara, Zumdahl, Kristen, Ajayan, Radhika, Darira, Saiarchana, Lin, Karin, Van Dyke, Christina, Veldman, Anna, Schimel, Dave | Infrared Radiance, Thermal Infrared, Visible Radiance, Sedimentation, Reflectance, Erosion/Sedimentation, Vegetation Cover, Vegetation Species, Chlorophyll, Leaf Characteristics | ||
| A dataset of multispectral UAV imagery and ground-observed leaf chlorophyll content and leaf area index from the wheat experimental area in Gaocheng, Hebei Province in 2024 | LI, Jiachen, ZHANG, Hu, BAI, Junhua, LIU, Xue, LIU, Qinhuo, LI, Jing | Vegetation Cover, Vegetation Species, Chlorophyll, Leaf Characteristics | ||
| Using imaging spectroscopy and elevation in machine learning to estimate soil salinity in intermittently tidal wetlands | Silva, German D., Roberts, Dar A., Byrd, Kristin B., Chadwick, K. Dana, Walker, Ian J., King, Jennifer Y. | Reflected Infrared, Reflectance | ||
| Unraveling Crop Nitrogen-Water Dynamics with Hyperspectral-Thermal Sensing in Northern Central Valley, California | Fazli, Shahryar, Maharjan, Surendra, Li, Wenzhao, Fisher, Joshua B., Thomas, Rejoice, Galvan, Fernando Romero, Shirkey, Gabriela, El-Askary, Hesham | Vegetation Species, Terrestrial Ecosystems | ||
| Unlocking ecological insights from subseasonal visibletoshortwave infrared imaging spectroscopy: The SHIFT campaign | Chadwick, K. Dana, Davis, Frank, Miner, Kimberley R., Pavlick, Ryan, Reynolds, Mark, Townsend, Philip A., Brodrick, Philip G., Ade, Christiana, Allen, Jean, Anderegg, Leander, Angel, Yoseline, Boving, Indra, Byrd, Kristin B., Campbell, Petya, Carberry, Luke, Cavanaugh, Katherine C., Cavanaugh, Kyle C., Easterday, Kelly, Eckert, Regina, Gierach, Michelle, Gold, Kaitlin, Hestir, Erin, Huemmrich, Fred, Klope, Maggie, Kokaly, Raymond F, Lovegreen, Piper, Luis, Kelly, McMahon, Conor, Nidzieko, Nicholas, Ochoa, Francisco, Ongjoco, Anna Jiselle, Ordway, Elsa, PascoliniCampbell, Madeleine, Queally, Natalie, Roberts, Dar A., Saiki, Clare M., Schneider, Fabian D., Shiklomanov, Alexey N., Silva, German D., Snyder, Jordan, Thornton, Michele, Trugman, Anna T., Vinod, Nidhi, Zheng, Ting, Avouris, Dulcinea M., Baker, Brianna, Baskaran, Latha, Bell, Tom, Berg, Megan, Bernas, Michael, Bohn, Niklas, Braghiere, Renato K., Breuer, Zach, Brooks, Andrew J., Burkard, Nolan, Burmistrova, Julia, CawseNicholson, Kerry, Chapman, John, ChazaroHaraksin, Johana, Cryer, Joel, Cushman, K. C., Dahlin, Kyla, Dao, Phuong D., DiBartolo, Athena, Eastwood, Michael, Elder, Clayton D., Giordani, Angela, Grant, Kathleen, Green, Robert O., Hanson, Alexa, Heberlein, Brendan, Helmlinger, Mark, Hook, Simon, Jensen, Daniel, Johnson, Emma, Johnson, Marie, Kiper, Michael, Kibler, Christopher, King, Jennifer Y., Kovach, Kyle R., Kreisberg, Aaron, Lacey, Daniel, Lang, Evan, Lee, Christine, Lopez, Amanda M., Lopez Barreto, Brittany, Maguire, Andrew, Marsh, Elliott, Miller, Charles, Nguyen, Dieu My T., Nickles, Cassandra, Ocon, Jonathan P., Papen, Elijah P., Park, Maria, Poulter, Benjamin, Raiho, Ann, Reim, Porter, Robinson, Timothy H., Romero Galvan, Fernando E., Shafron, Ethan, Skalitzky, Brenen R., Stroschein, Sydney, Taylor, Niky C., Thompson, David R., Thompson, Kate, Tye, Cecily, Van Beek, Joelie, Vanden Heuvel, Cecilia, Vellanoweth, Jonathan, Vermeer, Evert, VillanuevaWeeks, Claire, Zumdahl, Kristen, Schimel, David | Reflected Infrared, Reflectance, Leaf Characteristics, Emissivity, Land Surface Temperature, Vegetation Cover, Marine Ecosystems, VISIBLE IMAGERY, Land Use/Land Cover, Reflectance, Shortwave Downward Irradiance, Plant Characteristics, Vegetation Species, Plant Phenology, Chlorophyll, Infrared Wavelengths, Visible Wavelengths, Terrestrial Ecosystems, Canopy Characteristics, Visible Radiance, Infrared Radiance, Brightness Temperature |
|
|
| Preexisting phytoplankton biomass concentrations shape coastal plankton response to firegenerated ash leachate | Baetge, Nicholas, Halsey, Kimberly H., Hanan, Erin J., Behrenfeld, Michael J., Milligan, Allen J., Graff, Jason R., Hansen, Parker, Carlson, Craig A., Boiteau, Rene M., Arrington, Eleanor C., Comstock, Jacqueline, Halewood, Elisa R., Harvey, Elizabeth L., Nelson, Norman B., Opalk, Keri, Ver Wey, Brian | Reflectance, Absorption, Absorption | ||
| Integrating Characteristic Arctic Vegetation in a Land Surface Model | Murphy, Bailey A., Sulman, Benjamin N., Yuan, Fengming, Salmon, Verity G., Yang, Daryl, Kumar, Jitendra, Dengel, Sigrid, Herndon, Elizabeth, Fettrow, Sean, Brown, Colette, Torn, Margaret S., Chafe, Oriana E., Pegoraro, Elaine F., Iversen, Colleen M. | Reflectance, Absorption, Absorption | ||
| Intrinsic dimensionality as a metric for temporal plant diversity evaluation: Case study from the SHIFT campaign | CawseNicholson, Kerry, Chadwick, K. Dana, Brodrick, Philip G., Kiper, Michael, Thompson, David R., Schimel, David, Miller, Charles E., Townsend, Philip A., Alves, Luciana F., Shiklomanov, Alexey N., Cho, Moses A., Ramoelo, Abel, Tsele, Philemon, Majozi, Nobuhle, Pierrat, Zoe Amie, Ferrier, Simon | Vegetation Cover, Plant Characteristics, Vegetation Species, Plant Phenology | ||
| The Unstable Relationship Between Drought Status and Leaf Water Content Complicates the Remote Sensing of Tree Drought Stress | Boving, Indra, Allen, Jean, Brodrick, Philip G., Chadwick, K. Dana, Trugman, Anna, Anderegg, Leander D.L. | Reflected Infrared, Reflectance | ||
| Deciphering the spectra of flowers to map landscapescale blooming dynamics | Angel, Yoseline, Raiho, Ann, Kathuria, Dhruva, Chadwick, K. Dana, Brodrick, Philip G., Lang, Evan, Ochoa, Francisco, Shiklomanov, Alexey N. | Reflected Infrared, Reflectance | ||
| AI-Enhanced Real-Time Monitoring of Marine Pollution: Part 2-A Spectral | Prakash, Navya, Zielinski, Oliver | Reflectance, Shortwave Downward Irradiance | ||
| Brief communication: Not as dirty as they look, flawed airborne and satellite snow spectra | Bair, Edward H., Roberts, Dar A., Thompson, David R., Brodrick, Philip G., Wilder, Brenton A., Bohn, Niklas, Crawford, Christopher J., Carmon, Nimrod, Vuyovich, Carrie M., Dozier, Jeff | Viewing Geometry, Geolocation, Infrared Radiance, Visible Radiance, Reflectance, Absorption, Absorption |