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(A) Rate of snow mass formed (deposition) withi...

(A) Rate of snow mass formed (deposition) within the polar region area (60°–90°) as a fu...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Rate of snow mass formed within the polar regio...

Rate of snow mass formed within the polar region area (latitudes 45°–90°) as a function ...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Zonal-summed and 30 sol averaged snow generatio...

Zonal-summed and 30 sol averaged snow generation rates for both the south (A), (C), (E) ...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Maps of PV (color fill background) and simulate...

Maps of PV (color fill background) and simulated snow mass generation (contours) at thre...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

As in Figure 2, except the snow generation flux...

As in Figure 2, except the snow generation flux for the southern hemisphere (red) is fro...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Correlation coefficients between the upper and ...

Correlation coefficients between the upper and lower layers of snow generation for the p...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

(Left column): the same as Figure 2, except sho...

(Left column): the same as Figure 2, except showing at temporal higher resolution only t...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Rate of snow mass generation as a function of s...

Rate of snow mass generation as a function of season and latitude summed over the (A), (...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Time-integrated total snow generation in the up...

Time-integrated total snow generation in the upper (A), (B) and lower (C), (D) vertical ...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Variation of (A), (C) zonal mean temperature be...

Variation of (A), (C) zonal mean temperature between 10 and 20 km and at 2.5 km, respect...

Anthony D. Toigo et al, The Planetary Science Journal 7 5

Reflectance spectra of synthetic carbonates and...

Reflectance spectra of synthetic carbonates and organic signature used in this work. The...

Max Mahlke et al, The Planetary Science Journal 7 5

The top row shows false-RGB images of the sampl...

The top row shows false-RGB images of the samples acquired with MicrOmega. Carbonate-ric...

Max Mahlke et al, The Planetary Science Journal 7 5

Elemental composition of carbonates identified ...

Elemental composition of carbonates identified in CI chondrites (shaded areas; from M. E...

Max Mahlke et al, The Planetary Science Journal 7 5

Median spectra of carbonate ROIs in Ryugu (cham...

Median spectra of carbonate ROIs in Ryugu (chambers A and C separately) and Bennu for fo...

Max Mahlke et al, The Planetary Science Journal 7 5

Identification of dolomite-like and breunnerite...

Identification of dolomite-like and breunnerite-like ROIs in bulk sample ORX-29000 of Be...

Max Mahlke et al, The Planetary Science Journal 7 5

Relative abundance of different carbonates on R...

Relative abundance of different carbonates on Ryugu and Bennu. The MicrOmega results are...

Max Mahlke et al, The Planetary Science Journal 7 5

Species and size distribution of distinct carbo...

Species and size distribution of distinct carbonate grains in Ryugu samples, split over ...

Max Mahlke et al, The Planetary Science Journal 7 5

As Figure 4, showing the species and size distr...

As Figure 4, showing the species and size distribution of carbonate grains in Bennu samp...

Max Mahlke et al, The Planetary Science Journal 7 5

Size–frequency distribution of carbonate grains...

Size–frequency distribution of carbonate grains (top: all; middle: dolomites; bottom: br...

Max Mahlke et al, The Planetary Science Journal 7 5

As for Figure 9, we show the FTIR and MicrOmega...

As for Figure 9, we show the FTIR and MicrOmega spectra of five different carbonate grai...

Max Mahlke et al, The Planetary Science Journal 7 5

Volume mixing ratio profiles of DMS, DMDS, hydr...

Volume mixing ratio profiles of DMS, DMDS, hydrocarbons C2H6+C2H4+C3H4, and H2S, in the ...

Sean Jordan et al, The Astrophysical Journal Letters 1003 1

(Left) The temperature structure of K2-18b acro...

(Left) The temperature structure of K2-18b across the range of input H2S abundances. The...

Sean Jordan et al, The Astrophysical Journal Letters 1003 1

Maximum atmospheric volume mixing ratios (top) ...

Maximum atmospheric volume mixing ratios (top) and integrated column number densities (b...

Sean Jordan et al, The Astrophysical Journal Letters 1003 1

The network of important reactions for the carb...

The network of important reactions for the carbon, sulfur, and coupled organosulfur chem...

Sean Jordan et al, The Astrophysical Journal Letters 1003 1

Top panels: the normalized raw and flattened TE...

Top panels: the normalized raw and flattened TESS light curves of TOI-2494 (left) and TO...

Samuel N. Quinn et al, The Astronomical Journal 171 6

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