maggots

简明释义

英[ˈmæɡəts]美[ˈmæɡəts]

n. 蛆虫（maggot 的复数）

英英释义

单词用法

同义词

反义词

例句

1.They're digging through the cow patties for the maggots, the grubs, the larvae of flies.

它们在牛粪中啄来啄去寻找蛆、虫、蝇类的幼虫。

2.It's not a bad way to cool off from a hot day, and it also drowns the ants and maggots and such.

天气如此炎热，这不失为一种降温的好办法，而且还能淹死他身上的蚂蚁和蛆虫之类的东西。

3.I've cleaned maggots out of other people's kitchens. I've scraped cat poop off carpets.

我为别人清理过厨房的蛆虫，刮过地毯上的猫屎。

4.Could maggots forming cause the air to get into a wound?

蛆虫可以形成空气进入伤口的原因吗？

5.The carcass hit the cobbles so hard that it burst open, spattering her lower legs with entrails and maggots.

尸体狠狠地摔在鹅卵石上，以至于猛地被撞散，溅了她一小腿的内脏和蛆虫。

6.Some people are just so, he is maggots feel the world is a big cesspool.

有些人就是这样，自己是蛆就觉得全世界是一个大粪池。

7.The maggots also provide a cool, pre-industrial expiration date.

而这蛆还有一个很酷的，工业化以前的终止日期。

8.Some people are so that he was maggots feel the world is a big trodden.

有些人就是这样，自己是蛆就觉得全世界是一个大粪池。

9.It's probably only a matter of time before the maggots do evolve into different species.

也许，它们会进化成不同物种，这只是时间的问题。

10.The old food in the garbage can was crawling with maggots.

垃圾桶里的旧食物上爬满了蛆虫。

11.After the picnic, we discovered that some of our leftovers had turned into maggots.

野餐后，我们发现一些剩菜变成了蛆虫。

12.The veterinarian explained how maggots can help in cleaning wounds on animals.

兽医解释了蛆虫如何帮助清洁动物伤口。

13.To my horror, I found maggots in the spoiled meat.

令我恐惧的是，我在变质的肉中发现了蛆虫。

14.Some cultures use maggots as a delicacy in traditional dishes.

一些文化将蛆虫作为传统菜肴中的美味佳肴。

作文

In the world of nature, decay and renewal are essential processes that ensure the balance of ecosystems. One of the most fascinating yet often misunderstood components of this cycle is the presence of maggots. These small, worm-like larvae are the juvenile form of flies, particularly the common housefly. While many people associate maggots with filth and decay, they play a crucial role in breaking down organic matter, thereby contributing to the nutrient cycle in the environment. When an animal dies, its body begins to decompose, attracting various scavengers, including flies. Female flies lay their eggs on the decaying matter, and within a short period, these eggs hatch into maggots. As they feed on the decomposing tissue, maggots help accelerate the decomposition process. This natural recycling process is vital for returning nutrients to the soil, which supports plant growth. Without maggots and other decomposers, dead organic material would accumulate, potentially leading to a buildup of harmful pathogens. Interestingly, despite their reputation, maggots have been utilized in various fields, particularly in medicine. The practice of using live maggots for wound debridement has gained popularity in recent years. Medical professionals apply sterile maggots to non-healing wounds, where they consume dead tissue and bacteria, promoting healing and preventing infection. This application showcases how something often viewed as repulsive can have significant benefits in healthcare. Moreover, maggots are also being explored as a sustainable protein source for animal feed and even human consumption. With the growing concerns about food security and environmental sustainability, the cultivation of maggots offers a viable solution. They can be raised on organic waste, converting it into high-quality protein while reducing landfill waste. This innovative approach aligns with the principles of circular economy, where waste is minimized, and resources are reused effectively. However, the presence of maggots in our surroundings can evoke discomfort and disgust. This reaction is largely instinctual, as it signals the presence of decay and potential disease. Education plays a vital role in changing perceptions about maggots. By understanding their ecological importance and beneficial uses, we can appreciate these creatures rather than fear them. In conclusion, maggots are more than just unsightly pests; they are essential players in the cycle of life. Their role in decomposition, medical applications, and potential as a sustainable food source highlights their significance in both nature and human society. Embracing the existence of maggots can lead to a greater understanding of ecological systems and inspire innovative solutions to some of the challenges we face today. By recognizing the value of maggots, we can foster a deeper respect for the intricate web of life that sustains us all.

在自然界中，腐烂和更新是确保生态系统平衡的重要过程。这个循环中一个引人入胜但常常被误解的组成部分是蛆虫的存在。这些小的、像虫子一样的幼虫是苍蝇的幼体，特别是普通家蝇。虽然许多人将蛆虫与污垢和腐烂联系在一起，但它们在分解有机物方面发挥着至关重要的作用，从而促进了环境中的营养循环。 当动物死亡时，它的身体开始分解，吸引各种 scavengers，包括苍蝇。雌性苍蝇会在腐烂的物质上产卵，在短时间内，这些卵孵化成蛆虫。当它们以腐烂的组织为食时，蛆虫帮助加速分解过程。这种自然回收过程对于将营养物质返回土壤至关重要，支持植物生长。没有蛆虫和其他分解者，死去的有机物将积累，可能导致有害病原体的堆积。 有趣的是，尽管它们声名狼藉，但蛆虫在各个领域得到了应用，特别是在医学上。近年来，使用活蛆虫进行伤口清创的做法越来越受欢迎。医疗专业人员将无菌的蛆虫应用于不愈合的伤口，它们会消耗死去的组织和细菌，促进愈合并防止感染。这一应用展示了某些通常被视为令人厌恶的事物在医疗保健中可以产生重大益处。 此外，蛆虫还被探索作为动物饲料甚至人类消费的可持续蛋白质来源。随着对食品安全和环境可持续性日益关注，养殖蛆虫提供了一种可行的解决方案。它们可以在有机废物上饲养，将其转化为优质蛋白，同时减少填埋废物。这种创新方法与循环经济的原则相一致，最大限度地减少废物，有效地重复利用资源。 然而，蛆虫在我们周围的存在可能会引发不适和厌恶。这种反应主要是本能的，因为它标志着腐烂和潜在疾病的存在。教育在改变人们对蛆虫的看法中发挥着至关重要的作用。通过了解它们的生态重要性和有益用途，我们可以欣赏这些生物，而不是恐惧它们。 总之，蛆虫不仅仅是令人厌恶的害虫；它们是生命循环中不可或缺的参与者。它们在分解、医学应用和作为可持续食品来源的潜力中的作用突显了它们在自然和人类社会中的重要性。接受蛆虫的存在可以使我们更深入地理解生态系统，并激发我们应对今天面临的一些挑战的创新解决方案。通过认识到蛆虫的价值，我们可以培养对维持我们所有人生活的复杂生命网络的更深尊重。