Projection of Future Groundwater Conditions in STAS Using WaterGAP Model
Projections on the development of groundwater conditions in STAS for 2030 and 2050 using the WaterGAP model. Explore indicators like groundwater recharge, population density, and human dependency, assessing current and future states. Understand implications for groundwater depletion and development stress.
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New Horizons Long Range Reconnaissance Imager (LORRI) Data Review Reviewer: Xiao-Duan Zou Planetary Science Institute 02/2020 @UMD
LORRI Dataset Overview All processing and evaluation: Data PDS version: PDS3 2 data sets: o nh-x-lorri-2-kem1-v2.0 (total: 2119 images, 1028x1024 or 257x256) o nh-x-lorri-3-kem1-v2.0 (total: 2119 images, 1024x1024 or 256x256) Level: o Level 2 o Level 3 Mission phases: o KEM1 v2.0 New o Difference from v1.0: with Jan 01 flyby data 2014 MU69 in lorri-3-kem1
Review Process Compare difference from V1.0 sets with tools: o FileMerge 2.9.3 o Beyond Compare 4.3.3 Read all .fit and label files (all can be read correctly). Check the headers and labels Compare catalog files in all datasets, and analyze the difference Check all catalog files Read documents in document/directory Collect aspect data from all image headers, check consistency between levels
DATA All .fit files can be read by readfits.pro and readpds images can be read and shown correctly Also readable with DS9 and Astropy
Images generally look good 20190101_040862/lor_0408624684_0x630_sc i.fit
20190101_040862/ lor_0408624612_0x630_sci.fit 20190101_040862/lor_0408624684_0x630_sc i.fit
Image header Header: MET_HK = -999
Catalog/Document/Index Identical in all datasets: o nh_kem.cat, nhsc.cat, lorri.cat, ref.cat Double checked a few items from last review of v1.0 data: (All GOOD) o units description added in lorri.cat o add the imaged DKBOs list to the data set overview of KEM1 in dataset.cat Most difference from previous version are the version and date changes. No issues found
