9+ Edible 6-Pack Rings Save Sea Turtles: FL Brewery

florida brewery unveils 6 pack rings that feeds sea turtles instead of killing them

9+ Edible 6-Pack Rings Save Sea Turtles: FL Brewery

A Florida-based brewery has launched an progressive packaging answer for its canned drinks: edible six-pack rings. These rings, created from byproducts of the brewing course of like spent grain and wheat, are designed to biodegrade quickly within the atmosphere and, importantly, present a protected meals supply for marine life ought to they be ingested. This stands in stark distinction to conventional plastic rings, which pose a big risk to wildlife by means of entanglement and ingestion.

This improvement represents a vital step in the direction of mitigating plastic air pollution in oceans and waterways. Conventional plastic six-pack rings are infamous for his or her detrimental impression on marine ecosystems, usually trapping or being swallowed by animals like sea turtles, birds, and fish. The biodegradable and edible nature of those new rings provides a sustainable different, decreasing the chance of hurt to those creatures. This innovation displays a rising development amongst environmentally aware companies searching for to attenuate their ecological footprint and undertake sustainable practices.

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6+ Hear Tree Rings Sing: Vinyl & Nature's Music

this is what it sounds like when you put tree rings on a record player

6+ Hear Tree Rings Sing: Vinyl & Nature's Music

The idea of extracting audio info from pure supplies like tree rings evokes the concept of sonification of information. This course of entails translating information, typically visible information just like the patterns in tree rings, into sound. Whereas a literal placement of a tree part onto a turntable wouldn’t produce significant audio, the comparability suggests accessing the knowledge saved throughout the wooden, very similar to a document shops audio. A sensible instance could be utilizing information representing tree ring widths to modulate the pitch or tempo of a musical tone, creating an audible illustration of tree development over time.

Representing information by sound affords distinctive advantages. It permits for the notion of patterns and anomalies that is likely to be missed in visible representations. Sonification could make complicated datasets accessible to a wider viewers, together with these with visible impairments. Within the context of tree rings, translating development patterns into sound can provide new insights into previous climates and environmental occasions, doubtlessly revealing refined correlations beforehand unnoticed. This auditory strategy may complement conventional dendrochronology, increasing the sector’s analytical toolkit.

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