Generation of biowastes is increasing rapidly and its uncontrolled, slow and persistent fermentation leads to the release of Green-house gases (GHGs) into the environment. Exploration and exploitation of microbial diversity for degrading biowastes can result in producing diverse range of bioactive molecules, which can act as a source of bioenergy, biopolymers, nutraceuticals and antimicrobials. The whole process is envisaged to manage biowastes, and reduce their pollution causing capacity, and lead to a sustainable society. A strategy has been proposed for: (1) producing bioactive molecules, and (2) achieving a zero-pollution emission by recycling of the GHGs through biological routes.

中文翻译：

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使微生物多样性与生物废物价值保持一致：从知觉到观念。

生物废物的产生迅速增加，其不受控制，缓慢而持久的发酵导致向环境中释放温室气体（GHG）。为降解生物废物而探索和利用微生物多样性可导致产生各种生物活性分子，这些分子可作为生物能源，生物聚合物，保健食品和抗菌剂的来源。设想了整个过程来管理生物废物，减少其污染造成的能力，并导致可持续的社会。已经提出了用于以下方面的策略：（1）生产生物活性分子，和（2）通过通过生物途径回收温室气体实现零污染排放。