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Industrial by-products (ferrous sulfate minerals and stone powder) can serve as amendments to remediate Cd-As paddy soil, alleviating Cd-As accumulation in rice

Autor: Dele Meng, Shuoyu Li, Zegui Li, Zhencheng Li, Peiyi Huang, Yongjun Guo, Huashou Li

Publikováno v: Environmental Chemistry and Ecotoxicology, Vol 7, Iss , Pp 62-74 (2025)

Our previous research has shown that industrial by-products such as ferrous sulfate mineral and stone powder as amendments can remediate Cadmium (Cd) and arsenic (As) soil. However, their role in the soil-rice system is unknown. Therefore, this artic

Externí odkaz: https://doaj.org/article/499d47d10dcc40f6852fe2873b11dafd

Gypsum on Mars: A Detailed View at Gale Crater.

Autor: Vaniman, David¹ (AUTHOR) dvaniman@psi.edu, Chipera, Steve¹ (AUTHOR) pcraig@psi.edu, Rampe, Elizabeth² (AUTHOR) elizabeth.b.rampe@nasa.gov, Bristow, Thomas³ (AUTHOR) thomas.f.bristow@nasa.gov, Blake, David³ (AUTHOR) david.blake@nasa.gov, Meusburger, Johannes³ (AUTHOR) johannes.m.meusburger@nasa.gov, Peretyazhko, Tanya⁴ (AUTHOR) tanya.peretyazhko@nasa.gov, Rapin, William⁵ (AUTHOR) william.rapin@irap.omp.eu, Berger, Jeff⁴ (AUTHOR) jeff.berger@nasa.gov, Ming, Douglas² (AUTHOR) douglas.w.ming@nasa.gov, Craig, Patricia¹ (AUTHOR) ncastle@psi.edu, Castle, Nicholas¹ (AUTHOR), Downs, Robert T.⁶ (AUTHOR) rdowns@arizona.edu, Morrison, Shaunna⁷ (AUTHOR) smorrison@carnegiescience.edu, Hazen, Robert⁷ (AUTHOR) rhazen@carnegiescience.edu, Morris, Richard² (AUTHOR) richard.v.morris@nasa.gov, Pandey, Aditi^2,8 (AUTHOR) aditi.pandey@nasa.gov, Treiman, Allan H.⁸ (AUTHOR), Yen, Albert⁹ (AUTHOR) albert.s.yen@jpl.nasa.gov, Achilles, Cherie¹⁰ (AUTHOR) cherie.n.achilles@nasa.gov

Publikováno v: Minerals (2075-163X). Aug2024, Vol. 14 Issue 8, p815. 23p.

Raman spectroscopic investigation of selected natural uranyl sulfate minerals.

Autor: Spano, Tyler L.¹ (AUTHOR) spanotl@ornl.gov, Olds, Travis A.² (AUTHOR), McDonnell, Marshall³ (AUTHOR), Smith, Robert³ (AUTHOR), Shields, Ashley E.¹ (AUTHOR)

Publikováno v: American Mineralogist. Feb2024, Vol. 109 Issue 2, p274-285. 12p.

Phase transformation and strength of hydrated circulating fluidised bed combustion ash sediment in an open environment over 15 years: implications for the long-term stability of ash waste plateaus.

Autor: Konist, Alar¹ alar.konist@taltech.ee, Paaver, Peeter², Pihu, Tõnu¹, Kirsimäe, Kalle²

Publikováno v: Oil Shale. 2024, Vol. 41 Issue 3, p145-162. 18p.