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Light reflectance of sediment core GeoB8331-4
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8329-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8317-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8316-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8315-6
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8314-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8313-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8311-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8310-2
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8308-1
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8307-6
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8303-6
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Light reflectance of sediment core GeoB8301-6
The parameter Reflectance, total (0-250) is named relative brightness in this cruise report. -
Micro-XRF data of Orakei Basin (New Zealand)
Presented are 87645 Itrax micro-XRF elemental downcore variation data points from Orakei Basin on the ECD scale and on the age scale. The ECD was developed in Peti and... -
Cloud optical thickness, cloud particle effective radius, and effective snow ...
SMART uses two separte spectrometer to cover the solar spectral range. To overcome differences in the timing of both components, a running mean (5 sec) was applied to the... -
Cloud optical thickness, cloud particle effective radius, and effective snow ...
SMART uses two separte spectrometer to cover the solar spectral range. To overcome differences in the timing of both components, a running mean (5 sec) was applied to the... -
Hyperspectral field measurements of plot SP-028 referenced with the Diffuse R...
This dataset has no description
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Hyperspectral field measurements of plot SP-027 referenced with the Diffuse R...
This dataset has no description
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Hyperspectral field measurements of plot SP-026 referenced with the Diffuse R...
This dataset has no description
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Hyperspectral field measurements of plot SP-025 referenced with the Diffuse R...
This dataset has no description
