The farmer of such a factory needs 80-90% less water than his outdoor colleagues and can possibly feed a lot of heat into a district heating network in the middle of the city. Here, CO² finally becomes a profit-increasing plant fertilizer and frees up ~ 200km² of arable land, which as forest area will store a further 10t CO² / hectare and year in the future. On an industrial scale (let’s say a cube with 100m) and vertical growing on many floors,Īs a world champion in energy efficiency, the grow light can help assimilate up to ~ 20,000 times more CO² in such an agricultural factory than on one hectare of open land. To find out how best to cool light, I built a lamp as a model a few years ago and cooled it with water.Īs a plant growth light, I use it at home as a heating system with negative emissions (CO²). This year I’m going to try it out with lighting and enlightenment, although I’m not very optimistic in your case:Īs you may know, the problem of global warming is that the incoming light energy “delights” mankind with increasing energy absorption and warmth. The old technique of 2021 of throwing dark matter at you in your borehole apparently didn’t work. Thank god I found new supporters for my theory in the new year. LET IT SNOW across the entire western USA! Can’t tell exactly what NOAA is saying here, but it appears to be about 94% of normal, so not bad: Looks like Paradise in Mount Rainier NP has either 238″ snow or 83″. The National Weather Service confirmed this week that the region has experienced the wettest fall ever recorded in the Seattle area.” Quote: “Tolerating the rain is a rite of passage in the Puget Sound region, but these last few months have been soaking wet. Seattle had the wettest fall in recorded history per the National Weather Service and as reported by National Public Radio (not Breitbart or Fox for those of you in the peanut gallery): We’ve been running cold here in the PNW, but we’re looking forward to some normal, wet and warmer 40+ degree temps soon. Yes, it’s just weather, not climate, so no snide remarks needed from the peanut gallery, but it is interesting to climate watchers: They may have enough water in Mid and Northern California for a while this year – they’ve gotten record amounts of the White stuff, which they needed. I wish a fact-based discussion for you and me in the future… Since some insisting commentators (MAR, BL, BPL, RL, NIGELJ, …) still have ridiculous doubts about my climate-protection-strategy and the surface cooling effect of “aditional, artificial irrigation & evaporation” and also have doubts that evaporation is an essential prerequisite for cloud formation and a higher cloud albedo, Oceans cool themselves due to the high rate of evaporation, similar to the ancient clay jugs of the Romans. This difference in energy transport from surface to atmosphere (also) explains the different rates of warming of ocean (+ 0.77 ° C) and land surfaces (+ 1.44 ° C). 58% (100W / m²), as the amount of evaporated water per m² is roughly three times higher than on land. 28% (38W / m²) of the solar power arriving at the land surface for the latent, non-temperature-increasing energy transport into the atmosphere.Ībove the oceans, this proportion is approx.
Our crazy diamond heat engine uses approx.
Where water is becoming increasingly scarce also due to increased evaporation, less and less water can be evaporated and thus severely disrupt and worsen the transport of energy from the surface to the atmosphere. Over the global land areas, the mainly CO²-induced average temperature increase since 1750 is already ~ 1.5 ° C, which should actually increase evapotranspiration there by ~ 10%. Water pollution, waste, overexploitation of natural water reservoirs and the resulting desertification exacerbate this emergency. With settling down, the first wells, clearing of fire and the constant increase in surface sealing, canalization of rivers, drainage of moors, expansion of agricultural and forestry land, … etc., mankind is responsible for this water scarcity itself. The first large-scale human interventions in the natural water balance of the regions took place long before industrialization (1750) ~ 8000 years ago. The global soil moisture (5500km³), the renewable groundwater (625,000km³) and deeper aquifers (2,200,000km³) are decreasing reservoirs that are suitable for decades for an annual influx of 3.7mm SLR due to their size. Of water (~ 1335km³ = 3.7mm annual sea level rise) out from the rivers of this world or to hold back corresponding amounts of global precipitation over urban land areas. I have not the slightest doubt that mankind in a global effort is able to take an “additional” amount In the future, many regions around the world will be affected by increasing water scarcity caused by AGW.īut almost 50,000 km³ of fresh water still flows into the oceans via the rivers.
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