Other (Public Domain)

landsat-based-phenology-and-tree-ring-characterization-eastern-us-forests

The North American Carbon Program (NACP) is a multidisciplinary research program to obtain scientific understanding of North America's carbon sources and sinks and of changes in carbon stocks needed to meet societal concerns and to provide tools for decision makers. Successful execution of the NACP will require an unprecedented level of coordination among observational, experimental, and modeling efforts regarding terrestrial, oceanic, atmospheric, and human components. The NACP is supported by a number of different federal agencies through a variety of intramural and extramural funding mechanisms and award instruments. NACP will rely upon a rich and diverse array of existing observational networks, monitoring sites, and experimental field studies in North America and its adjacent oceans. Integrating these different program activities and maximizing synergy amongst them, will require expert guidance beyond the norm for large field programs in Earth system science and global climate change.

north-american-carbon-program

North American Carbon Program

3700C2DC-8EB9-4B7C-8F4A-2F0C12FA7546.zip

bag-info.txt

bagit.txt

manifest-md5.txt

tagmanifest-md5.txt

3700C2DC-8EB9-4B7C-8F4A-2F0C12FA7546.json

3700C2DC-8EB9-4B7C-8F4A-2F0C12FA7546.html

Dendrophenology_Eastern_US_Fig1.png

Dendrophenology_Eastern_US.pdf

Dendrophenology_Eastern_US.html

Online_Version_Dendrophenology_Eastern_US.html

cato_phenology_pre2013_autumn_offset_slope.tif

cato_phenology_pre2013_autumn_offset.tif

cato_phenology_pre2013_min_veg_cover.tif

cato_phenology_pre2013_model_iterations.tif

cato_phenology_pre2013_model_misfit.tif

cato_phenology_pre2013_num_landsat_images.tif

cato_phenology_pre2013_potential_amplitude.tif

cato_phenology_pre2013_spring_onset_slope.tif

cato_phenology_pre2013_spring_onset.tif

cato_phenology_pre2013_summer_greendown.tif

grsm_phenology_pre2013_autumn_offset_slope.tif

grsm_phenology_pre2013_autumn_offset.tif

grsm_phenology_pre2013_min_veg_cover.tif

grsm_phenology_pre2013_model_iterations.tif

grsm_phenology_pre2013_model_misfit.tif

grsm_phenology_pre2013_num_landsat_images.tif

grsm_phenology_pre2013_potential_amplitude.tif

grsm_phenology_pre2013_spring_onset_slope.tif

grsm_phenology_pre2013_spring_onset.tif

grsm_phenology_pre2013_summer_greendown.tif

hafe_phenology_pre2013_autumn_offset_slope.tif

hafe_phenology_pre2013_autumn_offset.tif

hafe_phenology_pre2013_min_veg_cover.tif

hafe_phenology_pre2013_model_iterations.tif

hafe_phenology_pre2013_model_misfit.tif

hafe_phenology_pre2013_num_landsat_images.tif

hafe_phenology_pre2013_potential_amplitude.tif

hafe_phenology_pre2013_spring_onset_slope.tif

hafe_phenology_pre2013_spring_onset.tif

hafe_phenology_pre2013_summer_greendown.tif

prwi_phenology_pre2013_autumn_offset_slope.tif

prwi_phenology_pre2013_autumn_offset.tif

prwi_phenology_pre2013_min_veg_cover.tif

prwi_phenology_pre2013_model_iterations.tif

prwi_phenology_pre2013_model_misfit.tif

prwi_phenology_pre2013_num_landsat_images.tif

prwi_phenology_pre2013_spring_onset_slope.tif

prwi_phenology_pre2013_spring_onset.tif

prwi_phenology_pre2013_potential_amplitude.tif

prwi_phenology_pre2013_summer_greendown.tif

dendrophenology_rings.csv

dendrophenology_sites.csv

Landsat-based Phenology and Tree Ring Characterization, Eastern US Forests