Hafar1014
Diamond Member
- Sep 1, 2010
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Pipeline stocks are also very good. MPLIX ET WESThey are OK. Nice dividends.
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Pipeline stocks are also very good. MPLIX ET WESThey are OK. Nice dividends.
By this Chinese study, it seems that there are positive soil changes under solar panels in the desert. An increase in soil moisture and plant life. I wonder what the effect will be after several decades.
Rising atmospheric CO\({}{2}\) is causing a "greening" effect on Earth by enhancing photosynthesis and improving water-use efficiency in plants, with studies attributing roughly 70% of this effect to increased carbon dioxide. This trend, often called CO\({}{2}\) fertilization, has increased vegetation cover over roughly one-quarter to one-half of the planet's vegetated land over the past 35 years. [1, 2]
Key Findings on Global Greening:
Limitations and Long-Term Outlook:
- Fertilization Effect: Higher CO\({}{2}\) levels allow plants to grow faster, larger, and use less water, as they can partially close their stomata while still absorbing enough CO\({}{2}\).
- Study Data: A 2016 study, utilizing data from NASA satellites, identified that CO\({}_{2}\) fertilization is the primary driver (70%) of this greening, followed by nitrogen (9%), climate change (8%), and land management (4%).
- Dryland Impact: The fertilization effect is particularly strong in arid regions, where increased water efficiency allows vegetation to flourish, according to research published in Nature Portfolio. [1, 2, 3, 4, 5]
While the greening trend is well-documented, the long-term impact on global ecosystems is complex, as rising CO\({}_{2}\) also acts as the primary driver of climate change, bringing risks such as sea-level rise and extreme weather, according to NASA Science
- Not a Permanent Solution: Ecologists warn that the greening effect may be temporary. As CO\({}_{2}\) drives climate change, the benefits could be outpaced by negative impacts like heat stress, drought, and nutrient limitations.
- Ecological Disruptions: Increased vegetation can alter ecosystems, potentially putting native species at a disadvantage and consuming limited water resources in dry areas.
- Not All Plants Benefit: While many crops like wheat and soy benefit, others, including corn and sugar cane, are less affected, note researchers from Columbia Climate School. [1, 2, 3, 4, 5]