solar power
Farmers use solar panels to protect crops and conserve water
Arizona farmers are adopting solar panels to shade crops, conserve water, and generate power, aided by federal programs.
In short:
- Solar panels over crops provide shade, reducing water evaporation and protecting plants from extreme heat.
- The University of Arizona's agrivoltaics research shows increased soil moisture and crop yields with less water use.
- Federal programs like the Rural Energy for America Program offer loans and grants to support farmers in implementing renewable energy systems.
Key quote:
“Agrivoltaics actually helped us get even more bean production because now we were providing the shade, so they were less stressed.”
— Greg Barron-Gafford, University of Arizona professor
Why this matters:
Combining solar energy with farming helps Arizona combat drought, reduce water use, and increase crop yields. This sustainable approach supports farmers and aligns with broader environmental goals.
Solar power's unstoppable rise: a new dawn in global energy
In a groundbreaking study, scientists assert that solar energy has reached a pivotal tipping point, ensuring its rapid and irreversible global proliferation.
In short:
- The study predicts that solar energy, alongside wind power, will become the predominant electricity sources within the next two decades, outpacing all other forms of energy.
- Key factors driving this shift include technological advancements, cost reductions, and significant investment increases in solar energy deployment, especially in India and China.
- However, challenges such as grid resilience, financial accessibility, unstable mineral supply chains, and resistance from traditional industries could impede solar energy's full potential.
Key quote:
"Our analysis establishes quantitative empirical evidence, from current and historical data trends, that a solar energy tipping point is likely to have passed."
— Study authors
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