RT @ProfAbelMendez: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/oUy…
RT @ProfAbelMendez: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/oUy…
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/oUy5qiEmn8
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
RT @Rainmaker1973: A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and ne…
A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and near neutral pH, similar to Earth's modern oceans, and thus habitable for microbes https://t.co/7vNBhhYkDE https://t.co/DHJzxivN4c
A new study provides evidence that some early Martian minerals were formed in watery environments that were salty a https://t.co/U5SKAgpnU2 https://t.co/L1ds92NalE
https://t.co/WYnSRIxC1W A new study provides evidence that some early Martian minerals were formed in watery environments that were salty and near neutral pH, similar to Earth's modern oceans, and thus habitable for microbes. #sciencenews https://t.co/O2wQ
RT @cosmos4u: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale: https://t.co/jmrL7ASK…
RT @cosmos4u: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale: https://t.co/jmrL7ASK…
RT @cosmos4u: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale: https://t.co/jmrL7ASK…
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale: https://t.co/jmrL7ASKxP -> https://t.co/NCHIGPpgSO - took a while to compose (or translate) that press release, apparently.
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale - https://t.co/1jq9icpeWZ
A new study provides evidence that some early Martian minerals were formed in watery environments th #Science https://t.co/I8AXHELD3P
RT @PlanetTreky: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/mWPv1l…
Semiarid climate and hyposaline lake on early #Mars inferred from reconstructed water chemistry at Gale https://t.co/9elzqMbFcu
RT @PlanetTreky: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/mWPv1l…
Mars' water was mineral-rich and salty https://t.co/lb8XGTtTid study https://t.co/oUy5qiEmn8 https://t.co/fgfJqdMGqm
RT @PlanetTreky: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/mWPv1l…
RT @PlanetTreky: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/mWPv1l…
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/mWPv1l36yY #AstroLit #Mars #WaterOnMars
Mars' water was **salty** & mineral-rich. A recent study finds surface waters on early Mars may have been habitable for microbial life. https://t.co/5jznTGSGnc https://t.co/XTg5NO6ZHD
El agua de Marte era rica en minerales y salada. Un nuevo estudio encuentra que las aguas superficiales en Marte temprano pueden haber sido habitables para la vida microbiana. https://t.co/RrEfOU2jIv https://t.co/MCHQOpJtcL
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale:- https://t.co/XSAYtkISez #paper
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale #2019bestpapers #salinelakes https://t.co/0Exq6T0Qt6
RT @mars_atlas: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale | via @nresearchnews…
RT @mars_atlas: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale | via @nresearchnews…
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale | via @nresearchnews https://t.co/EosldPCvl8
RT @BehavEcolPapers: Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/uN…
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale https://t.co/uN6u8AUtgI @NatureComms https://t.co/WJXCI4Ezpw
Semiarid climate and hyposaline lake on early Mars inferred from reconstructed water chemistry at Gale(火星ゲール・クレータ湖沼堆積物間隙水の水質復元:初期火星は半乾燥気候であり低塩分の塩湖が存在していた) | Nature Communications https://t.co/YKOfu1fQmy https://t.co/M9cLhjAsEv