Dumped orange peel transformed a barren pasture (2017)
An abandoned conservation project in Costa Rica transformed a barren pasture into a thriving forest using orange peel waste, resulting in increased biomass, biodiversity, and potential for ecosystem restoration.
Read original articleAn abandoned conservation project in Costa Rica, initiated in the mid-1990s, has unexpectedly transformed a barren pasture into a thriving forest. The project involved the dumping of 12,000 tonnes of orange peel by the juice company Del Oro, which was intended to revitalize degraded land adjacent to the Guanacaste Conservation Area. Although the project was halted after two years due to legal challenges, the organic waste had already significantly improved the soil quality, leading to a 176 percent increase in above-ground biomass. In 2013, ecologist Timothy Treuer revisited the site and found it had evolved into a dense jungle, showcasing richer soil and greater biodiversity compared to untreated areas. The exact reasons for this remarkable regeneration remain unclear, but researchers speculate it may involve a combination of invasive species suppression and soil rejuvenation. The success of this project highlights the potential for using organic waste to restore degraded ecosystems, suggesting that similar initiatives could contribute to carbon sequestration and environmental recovery.
- An abandoned project using orange peel waste revitalized a barren area in Costa Rica into a lush forest.
- The initiative led to a 176% increase in above-ground biomass despite being halted after two years.
- The site evolved into a dense jungle with richer soil and greater biodiversity by 2013.
- Researchers are exploring the mechanisms behind the successful regeneration of the land.
- The project demonstrates the potential for organic waste to aid in ecosystem restoration and carbon sequestration.
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- Some commenters express skepticism about the long-term effects of using orange peels, questioning whether it truly enhances biodiversity or if it could lead to soil acidity.
- There are concerns about the legal implications of the project, particularly regarding the lawsuit that halted similar initiatives and its potential impact on future conservation efforts.
- Several users share personal experiences with composting and waste management, highlighting the benefits of turning organic waste into useful resources.
- Comments reflect curiosity about the ecological processes involved in the restoration and the need for further research to understand the mechanisms at play.
- Some users critique the terminology used in the article, suggesting that terms like "barren pasture" may be misleading.
They're largely abandoned and forgotten, but one can find them having gone wild in various places. They're marked by a marked diversity of flora.
Sounds like corporate jealousy on the part of the competitor. I wonder if the supreme court decision has set a precedent preventing future projects like this from going ahead. I don't think anyone would describe the land after 15 years as being "defiled" – quite the opposite.
Saw a talk about circular economies once. One of the things that stuck in my mind was, "If mankind has any chance of a permanent occupation of earth, the current meaning of the word 'waste' will have to fade away."
The results were impressive, but I imagine there were months of rotting orange peels. Which is probably not ideal neighbors, but fine in otherwise barren, uninhabited land.
> When comparing the site to a nearby control area that hadn't been treated with orange peels, Treuer's team found their experimental compost heap yielded richer soil, more tree biomass, and a broader diversity of tree species – including a fig tree so huge it would take three people wrapping their arms around the trunk to cover the circumference.
> As for how the orange peels were able to regenerate the site so effectively in just 16 years of isolation, nobody's entirely sure.
> "That's the million dollar question that we don't yet have the answer to," Treuer told Popular Science.
Managing a system that takes a whole bunch of scrap and turns it into something useful, in a largely autonomous way, tickles the same part of my brain that gets satisfaction from writing a custom script to automate away some annoying but useful task.
That's an understatement. every hard core gardener knows organic matter is the key to wonderful soil which is the key to wonderful produce. We want as much of it as possible (to turn into compost). Personally, I keep all my orange peels, all my fruit refuse/kitchen scraps, every last oak leaf that drops on my property and thensome (suprisingly no one wants them!). I compost pretty much every last drop organic matter that comes onto our property.
Stuff like this seems like such a win-win it would be sad if it didn't lead to some changes now.
Well, the first thing that comes to my mind is: Maybe it wasn't only the orange peels. Perhaps there were other factors that contributed to the turn around. And given that this was a one-off they need to reproduce this experiment again, ideally two more times.
Once is not a pattern. Even twice isn't a pattern. Three times? Now we can begin to identify and consider there might be a causation-worthy pattern.
To often we want a single causation, and more often than not it's not that simple.
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