Our planet’s diverse flourishing ecosystemsmay seem like permanent fixtures, but they’re actually vulnerable to collapse. Jungles can become deserts, and ridges can become lifeless boulders, even without disastrous occurrences, like volcanoes and asteroids. What prepares one ecosystem strongand another weak in the face of change? The answer, to a great extent, is biodiversity. Biodiversity is built out of three intertwined features: ecosystem diversity, genus diversity, and genetic diversity. The more intertwining there is between these features, the denser and more resilient the entwine becomes. Take the Amazon rainforest, one of the most biodiverse spheres on Earth due to its complex ecosystems, immense assortment of categories, and the genetic collection within those species. Here are entangled liana vines, which crawl up from the forest flooring to the canopy, intertwining with treetops and flourishing thick-witted wooden stemsthat support these towering trees. Helped along by the vines, trees render the seeds, fruitsand needles to herbivores, such as the tapir and the agouti, which scatter their seedsthroughout the forest so they can grow.Leftovers are consumed by the millions of insects that decompose and recycle nutrientsto create rich soil. The rainforest is a huge system filledwith countless smaller methods, like this, each jam-pack with interconnected species. Every link affords stability to the next, strengthening biodiversity’s knit. That knit is further reinforced by the genetic diversification within individual categories, which allows them to cope with varies. Genus that shortcoming genetic diversitydue to isolation or low-grade person digits, are much more vulnerable to fluctuations caused by climate change, diseaseor habitat fragmentation. Whenever a genu disappearsbecause of its undermined gene puddle, a bow is untied and parts of the net disintegrate. So, what if we were to remove one speciesfrom the rainforest? Would the system fall apart? Probably not. The publication of species, their genetic diversity, and the complexities involved in the ecosystems use such rich biodiversity in this forest that one categories gap in the weavewon’t cause it to unravel. The forest can stay resilientand recover from change. But that’s not true in every case.In some environments, taking awayjust one important element can erode the whole system. Take coral reefs, for instance. Many organisms in a reefare dependent on the coral. It furnishes key microhabitats, shelter and breeding grounds for thousand of species of fish, crustaceans and shellfish. Corals too flesh interdependent relationships with fungi and bacteria. The coral itself is a loom that allows the entangled net of biodiversity to be woven. That originates coral a keystone beast, one that many others depend onfor their suvival. So what happens when destructivefishing practices, contamination and ocean acidification deteriorate coral or even kill it absolutely? Accurately what you might reflect. The loss of this keystone speciesleaves its dependents at a loss, very, threatening the part fabric of the shoal. Ecosystem, speciesand genetic diversity together form the complex entangled weaveof biodiversity that is vital for the survival of organisms on Earth.We humen are woven into this biodiversity, very. When just a few strands are lost, our own well-being is threatened. Cut too many attaches, and we gamble unraveling everything there is. What the future makes is unreliable, but biodiversity can give us an insurance policy, Earth’s own safety net to safeguard our existence ..