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watersediment interface. Soluble phosphorous then enters the water column and results in a bloom of nitrogen border collie bordervengers marvel avengers dogs lover shirt fixing blue-green algae. That’s where the troubles really start. The satellite record, with one completed La Niña and one in the midst, is . ℃ per decade. The surface temperature record for

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felt that the environmental discussion was too oriented towards the interests of industrialized countries, particularly the disproportionate attention given to in the preparations, and they also perceived that Strong’s travel programme was oriented mainly towards industrialized countries. Yugoslavia also conveyed a thinly veiled threat of a developing country boycott of the Conference. I’ve had difficulty rationalizing why the specific interest in the Villach location too for climate talks, I’m assuming there’s a relationship to the town and it being the border collie bordervengers marvel avengers dogs lover shirt residence of early key ideological player, possibly, maybe others have information relating to that. I would have never guessed the early ecological influences on Merkel herself, individuals like Flohn; the depth of her ideological leanings with the radical ecological movement, and her deep Marxist associations and efforts to leverage these to promote globalism. I’m astonished how much the early green movement dovetails into today’s political ideology. Merkel’s relationship with Obama too, as described in the essay, is very intriguing. Convection bubbles rise to the marine boundary layer where hexagonal cloud patterns appear. Best seen from space. In closed cells air sinks at the perimeter of the cell in the center with open cells. Two stable states with implications for cloud persistance, precipitation and albedo. Over warmer water the marine boundary layer is higher, precipitation more intense and cloud persistence is less. To believe the graph, JCH, one has to believe there was no natural warming from to .

To me the answer is more science. Eventually someone good enough will produce evidence good enough to start a snowball effect. The linked tweet above prompted recycling if not rethinking on GMO’s. The debate on GMO’s parallels other wicked problems like climate. There is a bottom line for both I think. The reduction of risk with living soils. Here is a thing I’d never think of, but read. Plant oats. Oats see shortwave and CO and water and makes plant mass. Some of it is roots. Roots are carbon and a bit of water. Oats use water, but cut evaporation losses. It’s assumed the Oats alive and dead cut wind erosion, and reduce snow being blown into ditches where it’s useless. I’ve been looking at various crop rotations as alternatives to corn then soybeans. Changing what is, in the face of my families farming knowledge, has a long time frame. So I’ve cut back on my ideas to oats after soybeans as a cover crop that is winter killed. Seeding after bringing in the beans and before the corn is ready. This would eliminate having to kill the cover crop before planting next year. Failure specifically to my situation involves hearing how the cover crop didn’t die and messed the traditional situation up. In Minnesota the cornsoybean rotation can result in bare soils for months a year and high erosion rates. Many conventional agricultural methods cause carbon to be lost from soils. It results in soils that are prone to drying, have reduced infiltration and more intense surface runoff. But there are methods used by the USDA and farmers more generally to limit the adverse impacts of erosion and soil carbon loss. Nitrogen as ammonia is soluble in oxic conditions as a positively charged polyatomic ion. On oxidization it forms oxides of nitrogen again soluble. Nitrogen oxides are reduced to gaseous dinitrogen in anoxic conditions by faculative organisms. As ammonia it is weakly ionically bonded to soils and so relatively immobile unless dislodged by chemicals that form stronger covalent bonds with soil particles. As soils dry ammonia is converted into nitrous oxides and rain can flush these into waterways. Phosphorus strongly bonds with soils and with high applications tends to move in a front down through the soil profile. Phosphorus in an oxic environment exists as an insoluble, stable, tetravalent crystal with oxygen atoms. When mobilized with erosion in freshwater it forms ionic bonds with soil particles that clump and settle out. In the top centimeter of sediment phosphorus is insoluble but below that sediments are anoxic and phosphorous soluble. Some phosphorus is continuously pumped from sediment into the water column by aquatic plants. When the waterways is hit by a nitrogen flush and there is sufficient phosphorous the resultant green algal bloom settles on the sediment and causes it to become anoxic at the

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