thawing

简明释义

英[ˈθɔːɪŋ]美[ˈθɔːɪŋ]

n. 融化；熔化

v. 融化（thaw 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.A huge chunk of Antarctic ice, about the size of Rhode Island, had recently broken free as a result of thawing.

但由于气候变暖，不久前，一块和罗得岛大小相当的巨型冰块断裂后脱离冰盖。

2.They show a surface broken into polygonal slabs by repeated freezing and thawing of the sort that happens above permafrost.

它显示了其在永久冰冻区之上的表面由于多次冰冻和融化已经成为多边形的冰板。

3.Other positive climate feedbacks that operate in the Arctic include the thawing of permafrost and vegetation changes.

在北极发生的其它气候正反馈还包括永久冻土融化和植被变化。

4.An example of a tipping point is the thawing of the permafrost.

“气候引爆点”的一个例子就是永久冻土层的融化。

5.Even thawing foods out in a microwave is dangerous, as it leads to the formation of carcinogenic substances in the food.

即使只是以微波炉解冻食物也不安全，会促使致癌物质在食物里形成。

6.Frozen products should show no signs of thawing.

冷冻产品应无解冻迹象。

7.rule of thumb for thawing a frozen turkey in the refrigerator is to allow a day for every five pounds of meat.

专家说，要给冰箱里的冰冻火鸡解冻，一条很好的经验法则是每五磅肉留出一天时间解冻。

8.After a long winter, the thawing 融化 of the snow revealed the grass beneath.

经过漫长的冬季，雪的融化揭示了下面的草。

9.During spring, the thawing 融化 of the ice leads to swollen rivers.

春天时，冰的融化导致河流膨胀。

10.We should start thawing 解冻 the frozen vegetables before adding them to the stir-fry.

我们应该在将冷冻蔬菜加入炒菜之前开始解冻它们。

11.The meat needs to be thawing 解冻 in the refrigerator overnight before cooking.

肉需要在冰箱里过夜解冻，然后再烹饪。

12.The thawing 解冻 process can take several hours depending on the size of the food.

根据食物的大小，解冻过程可能需要几个小时。

作文

The process of climate change has brought about significant transformations in our environment, and one of the most prominent effects is the thawing of permafrost. Thawing refers to the transition of frozen ground into a liquid state, which can have profound implications for ecosystems and human activities. As global temperatures rise, areas that were once permanently frozen are now becoming increasingly unstable. This thawing not only releases greenhouse gases like methane into the atmosphere but also alters the landscape, leading to erosion and the potential collapse of infrastructure built on these previously stable grounds.In many regions, particularly in the Arctic, the thawing of permafrost has become a pressing concern. The release of trapped carbon dioxide and methane during the thawing process contributes to further warming, creating a feedback loop that exacerbates climate change. Scientists are closely monitoring these changes, as they can lead to unpredictable weather patterns and impact biodiversity. For instance, certain species may struggle to adapt to the rapidly changing conditions, leading to shifts in population dynamics and even extinction.Moreover, the thawing of permafrost poses risks to communities that rely on stable ground for their homes and livelihoods. In some areas, buildings, roads, and other critical infrastructure are beginning to sink or crack due to the instability caused by thawing. This situation calls for urgent action from governments and organizations to develop strategies for adapting to these changes. Investing in resilient infrastructure and implementing sustainable practices are essential steps in addressing the challenges posed by thawing permafrost.On a more positive note, the thawing of frozen landscapes can also lead to new opportunities. As ice recedes, previously inaccessible areas may open up for exploration and resource extraction. However, this must be approached with caution, as the environmental impacts of such activities can be detrimental. It is crucial to strike a balance between economic development and environmental preservation, ensuring that the benefits of thawing do not come at the cost of ecological integrity.In conclusion, the thawing of permafrost is a complex phenomenon that encapsulates the broader challenges of climate change. While it presents risks to both the environment and human societies, it also offers opportunities for adaptation and innovation. Understanding the nuances of thawing will be essential as we navigate the uncertain future shaped by our changing climate. By fostering awareness and encouraging proactive measures, we can work towards a sustainable coexistence with our planet's evolving landscapes.

气候变化的过程带来了我们环境的重大转变，而最显著的影响之一就是永久冻土的融化。融化是指冻结的土地转变为液态状态的过程，这对生态系统和人类活动可能产生深远的影响。随着全球气温的上升，曾经永久冻结的地区正变得越来越不稳定。这种融化不仅释放了像甲烷这样的温室气体到大气中，还改变了地形，导致侵蚀和基础设施潜在的倒塌。在许多地区，特别是在北极，永久冻土的融化已成为一个紧迫的问题。在融化过程中被困住的二氧化碳和甲烷的释放助长了进一步的变暖，形成了加剧气候变化的反馈循环。科学家们正在密切监测这些变化，因为它们可能导致不可预测的天气模式并影响生物多样性。例如，某些物种可能难以适应迅速变化的条件，导致种群动态的变化甚至灭绝。此外，永久冻土的融化对依赖稳定土地的社区构成风险。这些地区的建筑、道路和其他关键基础设施因融化造成的不稳定而开始下沉或开裂。这种情况要求政府和组织采取紧急行动，制定应对这些变化的战略。投资于韧性基础设施和实施可持续实践是应对融化永久冻土带来的挑战的重要步骤。从积极的一面来看，冰层的融化也可能带来新的机遇。随着冰的消退，之前无法进入的地区可能会开放供探索和资源开采。然而，这必须谨慎对待，因为此类活动的环境影响可能是有害的。至关重要的是，在经济发展与环境保护之间取得平衡，确保融化带来的好处不会以生态完整性为代价。总之，永久冻土的融化是一个复杂的现象，概括了气候变化的更广泛挑战。虽然它对环境和人类社会构成风险，但它也为适应和创新提供了机会。理解融化的细微差别将是我们在应对由气候变化塑造的不确定未来时的关键。通过提高意识和鼓励积极措施，我们可以努力实现与我们星球不断变化的景观的可持续共存。