Influence Of Biomass Emissions Upon Habitability, Biosignatu

Influence Of Biomass Emissions Upon Habitability, Biosignatures and Detectability In Earth-like Atmospheres


Influence Of Biomass Emissions Upon Habitability, Biosignatures and Detectability In Earth-like Atmospheres
Source: astro-ph.EP
O2 (left) and O3 (right) vmr profiles of various Earth-like scenarios orbiting in the HZ around the star AD Leo compared with the modern Earth around the Sun shown in grey. The other scenarios are grouped into 3 "families": "modern" Earth with Earth's biomass around AD Leo (solid black line, overlapped by grey line for O2); an Earth with Earth's biomass and reduced O2 concentrations (solid blue line) along with increased (100 PAL) CO2 concentrations (shortdashed blue line), increased (100% sRH, ‘wet’) surface relative humidity (longdashed blue line) and lowered (0.1% sRH, ‘dry’) surface relative humidity (dashdotted blue line); an abiotic "dead" Earth with removed biomass (solid yellow line) along with increased CO2 concentrations (short-dashed yellow line), increased surface relative humidity (long-dashed yellow line) and lowered surface relative humidity (dash-dotted yellow line).

Related Keywords

John Lee Grenfell , Stefanie Gebauer , Iva Vilovi , Heike Rauer , Fabian Wunderlich , Franz Schreier , Twitter , Planetary Astrophysics , Oceanic Physics , Astrobiology , Space , Space Exploration , Mars , ஜான் லீ கிரென்ஃபெல் , ஸ்தேபனிே கேபோஊெர் , ஃபேபியன் உண்தேர்லிச் , ஃப்ரான்ஸ் ஶ்ரையர் , ட்விட்டர் , கிரகங்கள் வானியற்பியல் , கடல் இயற்பியல் , இடம் , இடம் ஆய்வு , செவ்வாய் கிரகம் ,

© 2025 Vimarsana