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  1. The article about quantifying natural emissions from mofettes at the site in Germany with a low-cost sensor network is published now at @plosclimate:

    doi.org/10.1371/journal.pclm.0

  2. The results are that the investigated mofette field in emits roughly three metric tonnes of CO2 per day (3000kg/d).

    To put this into perspective: This 20x20m mofette field fills daily:

    - a smaller hot air balloon with CO2 gas🎈
    - or a small car (3m³) filled with liquid CO2 🚗
    - or two blocks (2m³) of dry ice (solid CO2) 🧊🧊

    😮 And this study only looks at a couple of mofettes, there are more abandoned wells in the area...

    🧵

  3. In this¹ paper, I present a method to derive movements and total emissions from cross-correlations between a bunch of CO2 stations (black arrows) at the site near in south-western Germany. This site is known for its natural CO2 emissions from mofettes - holes in the ground where CO2 is emitted, sometimes as little geysers when water is involved.

    More on the site in my previous publications²³.

    ¹doi.org/10.31223/X51J07
    ²doi.org/10.1127/metz/2022/1125
    ³doi.org/10.1007/s10661-023-121

    🧵

  4. Has anyone here published with @plosclimate?

    My manuscript is slowly approaching submission state. It is a very technical paper about the essence of my : quantifying natural emissions at the site (Turns out, it's a few tonnes per day! 🤯)

    Reading through the existing papers, mine seems a little too mathematical, but I guess it's fine? Typically one would submit this to AMT or JTECH but PLOS is a nonprofit, which I want to support.

  5. My article @umphy Büchau et. al (2024) „A portable low-cost device to quantify advective gas fluxes from mofettes into the lower atmosphere: First application to Starzach mofettes (Germany)” is now available as

    doi.org/10.1007/s10661-023-121

    We built a partly gas-channeling chimney with sensors (p, T, v̇, RH, ), performed a thorough validation of all components and measured the CO2 degassing of a at the site in southern .

  6. Our article Büchau et. al (2024) „A portable low-cost device to quantify advective gas fluxes from mofettes into the lower atmosphere: First application to Starzach mofettes (Germany)” is now available as #openAccess

    doi.org/10.1007/s10661-023-121

    For this article, @nobodyinperson built a partly #3dPrinted hood with sensors (p, T, v̇, RH, #CO2), performed a thorough validation of all components and measured the degassing of a #mofette at the #Starzach site in southern #Germany.

    #gas #lowCost #diy

  7. @tauon oh no! Das dürfte eine ähnliche Shit-Show wie in #Starzach werden 😩

  8. I published a preprint of our manuscript about our low-cost device to measure advective gas fluxes from mofettes to @eartharxiv:

    doi.org/10.31223/X5ZX0D

    Our design involves , and . 🙂

    The mofette we examined emits nearly 500kg of natural (magmatic, non-volcanic) CO₂ per day!

    @umphy

  9. Gute Nachrichten aus meiner ehemaligen Heimatgemeinde #Starzach.
    Dort soll ein #Windpark mit bis zu zehn Anlagen (voraussichtlich Vestas V172-7.2, Gesamthöhe 261m) entstehen:
    tagblatt.de/Nachrichten/Oekost

    Auch ein paar Kilometer weiter bei Rottenburg-Seebronn scheint ein ähnliches Vorhaben auf gutem Weg zu sein und die üblichen Windkraftgegner mit ihren #Bürgerinitiativen scheinen weitestgehend ins Leere zu laufen.

    Endlich geht's mit der #Windkraft in #BaWü voran!

    #THELAEND #ErneuerbareEnergien