@JaxsenM@NWSGoodland That’s fine and understandable but an update or any tidbit of information from NWKDOT would’ve been helpful. Thoughts and prayers to all those involved
@brix_rosa@ImAmarMiller@MeekMill Because it can spread to groundwater sources and cause toxicity. I never said that it was beneficial or that plants had a large affinity toward it
@brix_rosa@ImAmarMiller@MeekMill Dude.. Aluminum is not toxic to plants in low amounts. You’re referring to mainly an agricultural problem.
Acid rain can cause chemical weathering and leaching of Al yes. We have limestone buildings here so we’ve kept an eye on acid rain over time. Hope this answer suffices?
@brix_rosa@ImAmarMiller@MeekMill Tallgrass Prairie for the last 2 years studying plant ecology. This is literally my field lmao. Acting like I don’t know Meek either keep talking crazy💀
@brix_rosa@ImAmarMiller@MeekMill I literally addressed your concern for Aluminum in the air😂😂 Where did I talk about plants’ relationship with it? Or acted like all 8.2% was elemental?
You can obviously tell I’m not very active on here. I have a Bachelor’s degree in Biology and I’ve been working at a
@brix_rosa@ImAmarMiller@MeekMill Given that the Earth’s crust is 8.2% Aluminum, it’s plausible to see traces of it within PM. There are other volatile organic compounds and aromatic compounds released by burns that are of greater concern. To think that chemicals are being planted is a huge reach
@brix_rosa@ImAmarMiller@MeekMill I am! Aside from CO2, particulate matter is the main concern for prescribed burns. This PM can be anything from inorganic ions, metallic compounds, elemental carbon, organic compounds, and compounds from the Earth’s crust. Source: https://t.co/hv0ox8qr2v (Cont)