TADEAS, TADEAS:

https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2020PA004037

Scientists study the Miocene because present-day and projected future CO2 levels are in the same range as those reconstructed for the Miocene. Therefore, if we can understand climate changes and their biotic responses from the Miocene past, we are able to better predict current and future global changes. By comparing Miocene climate reconstructions from fossil and chemical data to climate simulations produced by computer models, scientists are able to test their understanding of the Earth system under higher CO2 and warmer conditions than those of today. This helps in constraining future warming scenarios for the coming decades. In this study, we summarize the current understanding of the Miocene world from data and models. We also identify gaps in our understanding that need further research attention in the future.

1 Introduction

TADEAS: https://cellbasedtech.com/lab-grown-meat

Cells are given nutrient rich cell culture medium (aka food), which enables cells to grow and form into meat.

This cell culture medium contains many critical components including amino acids, vitamins, glucose, inorganic salts, and growth factors. The growth factors are by far the most complex and expensive component to cell culture media. The exact composition of the cell culture media is dependent on a given cell line and cell species, meaning there is no one-size-fits-all approach for the most efficient media solution.

PER2: uz sem to tu kdysi rozepisoval. Nevim jak je na tom tahle firma aktualne s vyrobou, ale pokud nemusis zivit bazalni organismus a vsechny ty serepeticky okolo, jako pohyb, dovoz krmiv atd, tak ses energeticky uplne nekde jinde .)

SHEFIK: Asi mi to přijde lepší ve verzi charita než nějaký coin ale pořád dobrý

[SLL_QUY @ CULTURE JAMMING]

BROZKEFF: :)

me zajimalo jak hluboki vrtaj (docela dost) a jak hluboko ke voda (vic na povrchu nez jsem myslel)