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1. HANPP Collection: Human Appropriation of Net Primary Productivity (HANPP) by Country and Product [CIESIN_SEDAC_HANPP_CPROD]
The Human Appropriation of Net Primary Productivity (HANPP) by Country and Product portion of the HANPP Collection contains tabular data on carbon-equivalents of consumption by country and by type ...


2. The Missouri to Massachusetts Broadband Seismometer Experiment [PASSCAL_MOMA]
In the MOMA experiment, 18 broadband seismometers were deployed between permanent IRIS/GSN stations CCM (Cathedral Caves, Missouri) and HRV (Harvard,Massachusetts), providing a linear 20-station array ...


3. Nova Scotia Geoscience Digital Products [Canada_NovaScotia_GeosciDigProd]
This collection contains all of the downloadable digital geoscience data products produced by the Nova Scotia Department of Natural Resources, Mineral Resources Branch (MRB). These products include ...


4. Nova Scotia Geoscience Publications (NovaScan) [Canada_NovaScotia_NovaScan]
This product provides on-line search capabilities for Nova Scotia's bibliographic geoscience database called NovaScan. All records contained in NovaScan are accessible as FGDC compliant metadata though ...


5. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds [IERS_GGFC_SBC_CAM_LOD]   CHILD DIFs
Core angular momentum (CAM) is estimated by various researchers using various modelling hypotheses applied to magnetic data. CAM is then transformed into change in the length of day (LOD). Data ...


6. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds - Boggs data [IERS_GGFC_SBC_CAM_LOD_BOGGS]   PARENT DIF
[Adapted from "http://www.astro.oma.be/SBC/data5.htm"] Core angular momentum (CAM) is estimated by Boggs using modelling hypotheses applied to magnetic data. CAM is then transformed into change ...


7. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds - Jackson et al. data [IERS_GGFC_SBC_CAM_LOD_JACKSON]   PARENT DIF
[Adapted from "http://www.astro.oma.be/SBC/data1.html"] Core angular momentum (CAM) is estimated by Jackson et al. using modelling hypotheses applied to magnetic data. CAM is then transformed ...


8. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds - Jault et al. data [IERS_GGFC_SBC_CAM_LOD_JAULT]   PARENT DIF
Core angular momentum (CAM) is estimated by Jault et al. using modelling hypotheses applied to magnetic data. CAM is then transformed into change in the length of day (LOD). Data is expressed as ...


9. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds - Pais et al. data [IERS_GGFC_SBC_CAM_LOD_PAIS]   PARENT DIF
[Adapted from "http://www.astro.oma.be/SBC/data4.htm"] Core angular momentum (CAM) is estimated by Pais et al. using modelling hypotheses applied to magnetic data. CAM is then transformed into ...


10. Core Angular Momentum Change Data: Excess length of day in milliseconds over standard day of 86400 seconds - Petrov, et al. data [IERS_GGFC_SBC_CAM_LOD_PETROV]   PARENT DIF
Core angular momentum (CAM) is estimated by Petrov et al. using modelling hypotheses applied to magnetic data. CAM is then transformed into change in the length of day (LOD). Data is expressed as ...


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