Group Projects

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1	PACE Data Hackweek Project Interest: Instructions
2	PACE Data Hackweek Project Interest: Instructions
3	This spreadsheet will help us help you have a successful project during the PACE Hackweek. Review each broad topic and choose up to 3 that you would be interested in taking on. Your ranking does not commit you to working on any project, but will start sizing-up project groups and focus your pre-hackweek thinking!
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8	Mark your interest by ranking projects as 1, 2, or 3 (1 == most interested) in the column under your name. Short descriptions are noted in each of the domain-specific sheets. Topics and descriptions were adapted from the proposals in your applications; your specific topic may be aggregated into other similar ideas. You are welcome to (re-)propose any topic in the extra lines under each domain---add lines as needed---and say anything in the "Comments" areas.
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13	If you like, shout-out your interests or questions in the Slack, or start a discussion to pitch a specific project!
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16	If you have questions about this process, please reach out to any of the Project Team: skyelar.a.caplan@nasa.gov, carina.poulin@nasa.gov, eli.holmes@noaa.gov, meng.gao@nasa.gov, jeremy.werdell@nasa.gov
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20	General Domain (cross-disciplinary work is highly encouraged!)		Alejandro Roman	Alexander Bailess	Anna Valcarcel	Ardit Arifi	Artem Dzhulai	Cait McCarry	Carolina Mander	Ceridwyn Hunter	Chintan B. Maniyar	Christiana Ade	Clare Singer	Dale Robinson	Daniel Miller	Daniella Asturias	Dante Horemans	Eli Schlossberg	Emily Faber	Frederic Bonou	Haley Synan	Hannah Seppala	Ileana Callejas Galdamez	Jamon Jordan	Jeewoo Lee	Jeffrey Lee	Jessie Zhang	Jiang Li	Jing Tan	Johel Chaves-Campos	Kathleen Miller	Marigona Ahmeti	Mengjie Zhao	Mitra Nazr Azadani	Natalie McCourt	Nathan Tesfayi	Olivia Cronin-Golomb	Paul Lerner	Punya Puthukulangara	Rejane Paulino	Sajna Hussain	Sasha Kramer	Sejal Pramlall	Shailja Gangrade	Shih-Wei Wei	Susana Flecha	Willem Kroese	Yusuf Bhatti	Zichang He	Max Beal	Austin Grubb
21	Land
22		Early detection of threats to vegetation (insects, drought, etc.)										2						1																	3
23		Spatial scaling and regional performance of PACE with other hyperspectral sensors										1						3	2																	2
24		Explore SPEXone's land surface BRDF and polarized BRDF
25		Explore NO2 data from OCI
26	Suggestions?
27	Suggestions?
28	Aerosols
29		Compare PACE sensors' Aerosol Optical Depth (AOD) products with each other, heritage AOD products, and/or with EarthCARE, AERONET				2							2												3	2	2
30		Identify aerosol types																	1						1	3	1					3											3		1
31		Effect of aerosols on phytoplankton blooms				3								3																		2								3		3			3		2	1		1
32		High AOD event effects on air quality (e.g., volcanoes, wildfires)																	3						2	1	3					1															1	2
33	Suggestions?	suggestion: High AOD effect on solar irridiance/radiation/heating effect
34	Suggestions?
35	Clouds
36		Relationship between aerosols and cloud variables											1	1																															2
37		Arctic marine cold air outbreaks and clouds											3	2
38	Suggestions?
39	Suggestions?
40	Algorithms
41		Develop hyperspectral library to aid in bio-optical classification and Harmful Algal Bloom (HAB) hotspot detection	1	3	3			1	3	3	1						3			1									2	3						1			1				1							2	3
42		Atmospheric correction methods for inland water systems																2		3														2						2
43		Identify phytoplankton groups using polarimetry						2												2															2		2	3		1		1	2						3
44		Integrate PACE into the NASA Ocean Biogeochemical Model																		2									1								3	1								2			2
45		Compare phytoplankton community composition across PACE algorithms						3												2	3							1	3									2				2
46		PACE HABs vs. in-situ HAB measurements		3	2						2						1			1			2					2		1				3					3				3
47	Suggestions?	Visualization GUI to compare hyperspectral OCI and in situ observations																		1																3
48	Suggestions?	Use Phytoplankton Functional Types using PACE/OCI to go towards Toxin detection/mapping		3																3
49	Waters
50		Estimate carbon flux indicators					3													1											2										3					1			1		2
51		Oil spill impacts on water quality																		3											3				1												3
52		Assess coastal resilience to climate impacts (flooding, HABs, etc.)			1															1			3								1										2									3
53		Seascape classification (ocean color, light fields, etc) and fish species distribution		2			2		1	1						3				1	2			1
54		Fish productivity hotspots and species distribution/phytoplankton community composition		2		1										2				1	1			2						2											1			3
55		Spatial distribution, frequency, and intensity of freshwater cyanobacteria										3								3				3				3						1
56		Marine phytoplankton bloom phases through time	2	2					2	2	3									3																								2		3		3
57		Marine phytoplankton community patterns vs biogeochemistry	3				1				3					1	2			1			1														1		2					1							1
58	Suggestions?
59	Suggestions?
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61	Comments?:
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