Search results for "Binary Object (File Size)"

showing 3 items of 3 documents

Global Coastal Permeability database (GCPdb)

2023

The Global Coastal Permeability Database contains both the input and output data of the Global Coastal Permeability Model developed by Tschaikowski et al. (2023) and available at DOI: 10.5281/zenodo.7845568. The model is implemented in R and calculates the coastal permeability for each shoreline segment of the global shoreline vector created by Sayre et al. (2019) with a 30-meter resolution and covering a spatial extent of 180.0°W to 180.0°E longitude and 60.8°S to 83.7°N latitude. The coastline is separated into three sections (A: coastal aquifer section, B: shoreline section, C: shallow section), and permeability values and ranges are provided for each section. Permeability values were de…

Global coastal groundwater dynamics in a changing climate COASTGUARDBinary Objectsubmarine groundwater dischargeCoastal hydrogeologyBinary Object Media TypeBinary Object (File Size)Binary Object (Media Type)Coastal permeabilityGlobal hydrogeologysaltwater intrusionEarth System ResearchcoastlineGlobal coastal groundwater dynamics in a changing climate (COASTGUARD)permeabilityBinary Object File Size
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KOSMOS 2017 Peru mesocosm study: overview data

2020

Eastern boundary upwelling systems (EBUS) are among the most productive marine ecosystems on Earth. The production of organic material is fueled by upwelling of nutrient-rich deep waters and high incident light at the sea surface. However, biotic and abiotic factors can mod- ify surface production and related biogeochemical processes. Determining these factors is important because EBUS are considered hotspots of climate change, and reliable predic- tions of their future functioning requires understanding of the mechanisms driving the biogeochemical cycles therein. In this field experiment, we used in situ mesocosms as tools to improve our mechanistic understanding of processes con- trolling…

KOSMOS_2017Binary ObjectMesocosm experimentClimate - Biogeochemistry Interactions in the Tropical Ocean (SFB754)Climate Biogeochemistry Interactions in the Tropical Ocean SFB754BiogeochemistryBinary Object Media TypeNatural SciencesBinary Object (File Size)Binary Object File SizeBiospheric SciencesGeosciencesBinary Object (Media Type)
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Cloud top altitude retrieved from Lidar measurements during ACLOUD at 1 second resolution

2021

During the ACLOUD aircraft campaign (23.5.2017 - 26.6.2017) the AMALi Lidar was installed mostly nadir pointing. This dataset contains the cloud top altitude from those measurements (altitudes with a strong signal increase) as well as a cloud mask, derived from the optical depth of the column at 1 second resolution. The majority of the data was collected northwest of the Svalbard archipelago. More details on the campaign can be found in Wendisch 2018 and Ehrlich 2019 and here (https://home.uni-leipzig.de/~ehrlich/ACLOUD_wiki_doku). Please check the data documentation (https://download.pangaea.de/reference/108729/attachments/readme_documentation_AMALi_cloudtop.pdf) before using this dataset.

Longitude of eventAircraftPolar 5Binary ObjectAC3Latitude of eventSvalbardArcticArctic Amplification (AC3)Date/Time of eventAirborne Mobile Aerosol Lidarcloudairborne measurementsLidarEvent labelDate Time of eventairborneACLOUDBinary Object (File Size)mixed phase cloudsAMALiP5_206_ACLOUD_2017airborne lidarArctic Amplification AC3cloud top altitudeEarth System Researchmixed-phase cloudsBinary Object File Size
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