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1Institute of Ecology,University of Innsbruck, 2Austrian Polar Research Institute,University of Vienna, 3BrainLinks-BrainTools,Bernstein Center Freiburg, 4Atom Science, Kasevich Lab,Stanford University, 5Institute of Experimental Physics,University of Innsbruck, 6Department of Physics, Extraterrestrial Vehicle Instruments Laboratory,Harvey Mudd College
Capítulos
- 00:00Título
- 04:35Protocol
- 09:29Resultados
- 12:26Conclusion
Kulstof strømme i kryosfæren er næppe vurderet endnu, men er afgørende for klimaændringer. Her viser vi en roman prototype enhed, der fanger det foto trofiske potentiale i supraglacial miljøer baseret på Laser-induceret fluorescens emission (L.I.F.E.) teknologi tilbyder høj spektral og rumlig opløsning data under in situ betingelser.
Tags
Keywords:
Laser-induced Fluorescence EmissionLIFENon-invasiveNon-destructiveIn-situ MeasurementsBiomarkersCryospheric HabitatsPhototropic OrganismsChlorophyll APhycoerythrinPortable Dual Wavelength KitPolarizing Beam SplitterLong-pass FilterPrism SpectrometerExposure AdjustmentRaw DataField Evaluation
