putrefying

简明释义

英[ˈpjuːtrɪfaɪɪŋ]美[ˈpjuːtəˌfraɪɪŋ]

adj. 腐败的

v. 使腐败；变腐烂（putrefy 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.The threat of epidemic disease lurks in unhygienic, crowded camps and back in villages where putrefying animals lie under the mud and in pools of stagnant water.

难民安置营地肮脏拥挤，原来村庄里泥浆和停滞的臭水中的动物尸体开始腐烂，传染病随时可能发生。

2.The threat of epidemic disease lurks in unhygienic, crowded camps and back in villages where putrefying animals lie under the mud and in pools of stagnant water.

难民安置营地肮脏拥挤，原来村庄里泥浆和停滞的臭水中的动物尸体开始腐烂，传染病随时可能发生。

3.The result is a toxic, putrefying surplus of sludge in our intestinal walls - one that builds, and breeds disease.

其结果是一种有毒，腐烂的剩余污泥在我们肠壁-一个基础，和品种的疾病。

4.In this course, human had to keep to two restrictive law of nature: 1, Putrefying law of nature.

但这并非没有限制，在这个过程中，人必须遵守两个限制性法则：1、腐烂法则。

5.The intact carcass of the prehistoric animal was prevented from putrefying by the arctic cold.

尸体，是由于北极严寒的保护不致腐烂。

6.The intact carcass of the prehistoric animal was prevented from putrefying by the arctic cold.

史前时期动物的完整尸体，是由于北极严寒的保护不致腐烂。

7.The fruit mixes with the putrefying other food and produces gas and hence you will bloat!

水果和腐烂的其它食物混合，制造气体，所以才会使人胃胀。

8.So researchers extracted chemical compounds from 10 putrefying lamprey carcasses.

因此，科学家们从10个腐烂的七鳃鳗的尸体中提取出化学物质。

9.The smell of the putrefying 腐烂的 meat filled the entire room.

腐烂的肉散发出的气味充满了整个房间。

10.After a few days, the food in the fridge began putrefying 腐烂 due to the power outage.

停电几天后，冰箱里的食物开始腐烂。

11.He couldn't stand the sight of putrefying 腐烂的 vegetables in the compost bin.

他无法忍受堆肥箱里腐烂蔬菜的景象。

12.The putrefying 腐烂的 waste in the river was a serious environmental concern.

河流中的腐烂废物是一个严重的环境问题。

13.During the summer, the heat caused the fish to start putrefying 腐烂 quickly.

在夏季，高温使鱼很快开始腐烂。

作文

In the realm of nature, decay is an inevitable process that plays a crucial role in the ecosystem. One of the most vivid examples of this process is the phenomenon of organic matter breaking down, often referred to as putrefying. This term describes the decomposition of organic material, typically resulting from bacterial action, and it is essential for nutrient cycling in the environment. Understanding this process not only highlights the importance of decay but also emphasizes how interconnected life forms are within their ecosystems. When an organism dies, its body becomes a source of nutrients for various microorganisms. These microbes begin the process of putrefying, breaking down complex organic compounds into simpler substances. This transformation is vital because it releases nutrients back into the soil, making them available for plants and other organisms. Without this natural recycling process, ecosystems would become overwhelmed with dead matter, leading to a depletion of resources necessary for new life. The process of putrefying can be observed in many settings, from forest floors to compost heaps. In a forest, fallen leaves and dead animals contribute to the rich humus layer of the soil. As these materials decompose, they undergo putrefying, enriching the ground with essential nutrients. Similarly, in composting, kitchen scraps and yard waste are intentionally allowed to putrefy, creating nutrient-dense compost that can rejuvenate gardens and farms. However, the concept of putrefying is not limited to just beneficial processes. It can also be associated with unpleasant odors and unsightly appearances. For instance, when food spoils, it begins to putrefy, emitting foul smells and attracting pests. This negative aspect of decay serves as a reminder of the delicate balance within nature; while decay is necessary for life, it can also lead to challenges such as food waste and pollution. Moreover, the speed at which organic matter putrefies can be influenced by various factors, including temperature, moisture, and the presence of oxygen. Warmer temperatures tend to accelerate the putrefying process, which is why compost piles are often kept moist and turned regularly to promote decomposition. In contrast, colder conditions can slow down the activity of decomposers, leading to slower rates of putrefying and decay. In conclusion, the process of putrefying is a fundamental aspect of life on Earth. It underscores the importance of decay in nutrient cycling and the interconnectedness of all living organisms. While it may carry negative connotations due to its association with rot and spoilage, putrefying ultimately serves a greater purpose in maintaining ecological balance. By recognizing and appreciating this process, we can foster a deeper understanding of our environment and the cycles of life and death that sustain it.

在自然界中，腐烂是一个不可避免的过程，它在生态系统中扮演着至关重要的角色。这个过程最生动的例子之一是有机物质分解的现象，通常被称为腐烂。这个术语描述了有机物质的分解，通常是由于细菌作用，且对环境中的养分循环至关重要。理解这个过程不仅突显了腐烂的重要性，还强调了生命形式在其生态系统内的相互联系。 当一个有机体死亡时，它的身体成为各种微生物的营养源。这些微生物开始进行腐烂，将复杂的有机化合物分解为更简单的物质。这种转变至关重要，因为它将养分释放回土壤，使植物和其他生物可以利用。如果没有这种自然回收过程，生态系统将被死去的物质淹没，从而导致新生命所需资源的枯竭。 腐烂的过程可以在许多场合观察到，从森林地面到堆肥堆。在森林中，掉落的树叶和死去的动物为土壤的丰富腐殖质层做出了贡献。当这些材料分解时，它们经历腐烂，使土壤富含必需的养分。同样，在堆肥过程中，厨房废料和庭院废物被故意允许腐烂，创造出富含养分的堆肥，可以使花园和农田恢复活力。 然而，腐烂的概念并不仅限于有益的过程。它也可能与令人不快的气味和不雅观的外观相关联。例如，当食物变质时，它开始腐烂，散发出恶臭并吸引害虫。腐烂的这一负面方面提醒我们自然界内的微妙平衡；尽管腐烂对生命是必要的，但它也可能导致食品浪费和污染等挑战。 此外，有机物质腐烂的速度可以受到多种因素的影响，包括温度、湿度和氧气的存在。较高的温度往往会加速腐烂过程，这就是为什么堆肥堆通常保持湿润并定期翻动以促进分解。相比之下，较冷的条件可能会减缓分解者的活动，从而导致腐烂和衰变的速度减慢。 总之，腐烂过程是地球生命的基本方面。它强调了腐烂在养分循环中的重要性以及所有生物体之间的相互联系。虽然由于与腐烂和变质的关联，它可能带有负面含义，但腐烂最终在维持生态平衡方面服务于更大的目的。通过认识和欣赏这一过程，我们可以加深对环境及其维持生命和死亡循环的理解。