Non-biodegradable is when you throw something away and bury it into the ground it will not turn into compost for example, plastic. Biodegradeable on the other hand means if you throw something on the ground like an apple it will disintegrate and turn into the compost or mud that is around it.
Is that what you meant??
Yes.
its plastic
Humans produce nonbiodegradable substances because of our advanced technology and industrial processes that involve creating synthetic materials like plastics, which are not easily broken down by natural processes. Other organisms do not produce as many nonbiodegradable substances because they rely on organic materials for their survival and reproduction.
No, paper will biodegrade (it is an organic material).
Nonbiodegradable waste is basically "trash that doesn't decompose naturally". Meaning that bacteria will not break it down and turn it into topsoil. Thinks like banana peels will decompose very quickly, thus they are biodegradable. But plastics, foams, and metals will not decompose, thus they are nonbiodegradable.
biodegradable nonbiodegradable are produce in the market
No. Cow dung is organic material which definitely makes it biodegradable.
Burying nonbiodegradable waste can lead to long-term environmental issues, as these materials do not decompose and can leach harmful chemicals into the soil and groundwater. This contamination can disrupt local ecosystems and pose health risks to humans and wildlife. Additionally, buried waste takes up valuable land space and can contribute to land pollution. Instead, nonbiodegradable materials should be recycled or disposed of properly to minimize their environmental impact.
by not throwing the plasticts in the groud is on of the way to control nonbiodegradalle waste
Biodegradable materials will rot, weather, or rust and 'return to nature'. Wood, paper, and even most metals are biodegradable to various degrees. Nonbiodegradable materials will not break down naturally. Most plastics and synthetic materials are nonbiodegradable.
PVC (polyvinyl chloride) is nonbiodegradable. It is a synthetic plastic that can take hundreds of years to decompose in the environment, contributing to pollution and waste. While some methods exist to recycle PVC, its durability and resistance to natural degradation processes make it a persistent environmental concern.
Scientists have developed biodegradable plastics by modifying the chemical composition of traditional nonbiodegradable plastics. These modifications allow the new plastics to break down more easily through natural processes, reducing their environmental impact.