Can fish and green power really be symbiotic? | 魚電真的能共生嗎?
This article explains whether it is possible to take into account native livestock production while developing green power?
Solar power occupies a lot of space — here’s how to make it more ecologically beneficial to the…
First of all, solar are green power generation with relatively little controversy at present. There is no carbon dioxide and no nuclear pollution. Although the panel itself may have concerns about recycling waste, it may be a better option in comparison.
However, solar panels are often installed in places suitable for livestock production, such as raising cattle, sheep or fish, or places covered by solar panels may produce different micro environments, leading to ecological changes.
This is indeed a shock, but the article promotes the idea of ecological solar power. Since panels can bring about ecological changes, why not try to use this opportunity to make the ecology better? The article mentioned
Land managers can use Eco-solar power to improve degraded land by designing solar arrays to enhance natural processes. For example, because the edges of solar panels redistribute and concentrate rainfall, making the soil beneath them wetter, they can help seedlings grow in these locations.
In arid areas, arrays can be designed to promote this effect and improve recovery. If water is scarce, arrays can be designed to reduce the amount of exposed ground, thereby reducing the amount of water lost to the atmosphere through evaporation.
This is an exciting idea, and the same idea can be used in economic systems.
Just imagine that by allocating sources of income, you can also improve the surrounding economic environment and restore balance to the uneven economic situation.
The specific methods can be as follows:
- While allocating income, part of the economic results are also allocated to the economically disadvantaged environment, especially the environment around the source of income (stakeholders), so that the improvement effect is felt stronger.
- Or these results can be used to assist social undertakings that are beneficial to society, and recycled to establish more social undertakings, creating a new micro-environment to balance the current environment.
2. Or these results can be used to assist social undertakings that are beneficial to society, and recycled to establish more social undertakings, creating a new micro-environment to balance the current environment.
這篇文章說明了在發展光電的同時，是否能夠兼顧原生的畜產呢?
首先光電是目前爭議相對較少的綠色發電，沒有二氧化碳也沒有核子汙染，雖然面板本身可能有回收的廢棄物隱憂，但相比之下可能是比較好的選項。
然而太陽能面板經常設置在適合畜產的場所，如飼養牛羊或是養殖魚類，或是被太陽能板遮罩的地方可能會產生不同的微環境，導致生態改變。
這的確是一種衝擊，但文章中提倡了生態光電這個想法，既然面板能夠帶來生態改變，我們何不嘗試利用這個機會將生態變得更好呢? 文章中提到
土地管理者可以使用生態光伏方法，透過設計太陽能電池陣列來增強自然過程，從而改善退化土地。例如，由於太陽能電池板的邊緣會重新分配和集中降雨，使其下方的土壤變得更加濕潤，因此它們可以幫助這些地方的幼苗生長。
在乾旱地區，可以設計陣列來促進這種效果並改善恢復。如果缺水，可以設計陣列來減少暴露的地面數量，從而減少透過蒸發損失到大氣中的水量。
這個想法令人振奮，同樣的想法也能用在經濟系統中。
試想透過調配收入來源的同時，也能夠改善週遭的經濟環境，讓不均的經濟現況得以恢復平衡。
具體做法可以如下 :
- 調配收入的同時，一部分的經濟成果也分配到經濟弱勢的環境中，特別是收入來源周遭的環境(利害相關人)，這樣改善的效果感受更強。
- 或是將這些成果用以協助對社會有益的社會事業，並使之循環建立更多社會事業，產生新的微環境來平衡現行環境。
這些還只是一些很初步的發想，透過調配收入的同時改善環境，是一種經濟上的生態開源 — 再生經濟。
