acid sulfate

简明释义

硫酸氢盐

英英释义

例句

1.The presence of acid sulfate 酸硫酸盐 can indicate poor drainage in wetlands.

存在酸硫酸盐可能表明湿地排水不良。

2.Farmers need to monitor acid sulfate 酸硫酸盐 levels to prevent soil degradation.

农民需要监测酸硫酸盐水平，以防止土壤退化。

3.Construction projects in coastal areas must consider acid sulfate 酸硫酸盐 management.

沿海地区的建设项目必须考虑酸硫酸盐管理。

4.The soil in this region is rich in acid sulfate 酸硫酸盐, which can affect crop yields.

该地区的土壤富含酸硫酸盐，这可能会影响作物产量。

5.When exposed to air, acid sulfate 酸硫酸盐 soils can release harmful sulfuric acid.

暴露在空气中时，酸硫酸盐土壤可能释放有害的硫酸。

作文

Acid sulfate soils are a unique and often problematic type of soil that can have significant environmental impacts. These soils are typically found in coastal areas and are characterized by the presence of iron sulfides, which, when exposed to air, oxidize to form sulfuric acid. This process can lead to the formation of highly acidic conditions in the soil, hence the term acid sulfate (酸性硫酸盐). The acidity can severely affect plant growth, aquatic ecosystems, and overall soil health.The management of acid sulfate (酸性硫酸盐) soils is crucial for sustainable agriculture and environmental conservation. When these soils are drained or disturbed, the oxidation of iron sulfides occurs rapidly, leading to the release of sulfuric acid. This acid can leach into waterways, causing harm to fish and other aquatic life by lowering pH levels and releasing toxic metals. Therefore, understanding the dynamics of acid sulfate (酸性硫酸盐) soils is essential for preventing environmental degradation.Farmers and land managers must adopt practices that minimize the disturbance of acid sulfate (酸性硫酸盐) soils. This can include maintaining water levels to prevent exposure of the sulfides to oxygen, thus reducing the risk of acid formation. Additionally, the use of lime can help to neutralize the acidity in affected areas, promoting healthier soil conditions for crops. It is also important to monitor soil pH regularly to ensure that the acidity does not reach harmful levels.In recent years, research has focused on the long-term effects of acid sulfate (酸性硫酸盐) soils on climate change. The carbon stored in these soils can be released as carbon dioxide when they are drained, contributing to greenhouse gas emissions. Therefore, protecting these ecosystems is not only vital for local biodiversity but also for global climate stability.Public awareness and education about acid sulfate (酸性硫酸盐) soils are also important. Many people are unaware of the challenges posed by these soils and the potential consequences of their mismanagement. By raising awareness, we can encourage better practices among farmers, developers, and policymakers to protect these sensitive environments.In conclusion, acid sulfate (酸性硫酸盐) soils represent a complex interplay between geology, chemistry, and ecology. Their management requires a multi-faceted approach that includes scientific research, sustainable agricultural practices, and public education. By understanding and respecting the unique nature of acid sulfate (酸性硫酸盐) soils, we can work towards a more sustainable future that balances agricultural needs with environmental protection.

酸性硫酸盐土壤是一种独特且常常引发问题的土壤类型，可能对环境产生重大影响。这些土壤通常位于沿海地区，以存在铁硫化物为特征，当暴露在空气中时，这些硫化物会氧化形成硫酸。这个过程可能导致土壤中形成高度酸性的条件，因此被称为酸性硫酸盐（acid sulfate）。酸性会严重影响植物生长、水生生态系统和整体土壤健康。管理酸性硫酸盐（acid sulfate）土壤对可持续农业和环境保护至关重要。当这些土壤被排水或扰动时，铁硫化物的氧化会迅速发生，导致硫酸的释放。这种酸可能渗入水道，降低pH值并释放有毒金属，从而对鱼类和其他水生生物造成伤害。因此，了解酸性硫酸盐（acid sulfate）土壤的动态对于防止环境退化至关重要。农民和土地管理者必须采取措施，尽量减少对酸性硫酸盐（acid sulfate）土壤的干扰。这可以包括保持水位，以防止硫化物暴露于氧气中，从而降低酸性形成的风险。此外，使用石灰可以帮助中和受影响地区的酸性，促进作物的健康土壤条件。定期监测土壤pH值也很重要，以确保酸度不会达到有害水平。近年来，研究集中在酸性硫酸盐（acid sulfate）土壤对气候变化的长期影响。这些土壤中储存的碳在排水时可能以二氧化碳的形式释放，导致温室气体排放。因此，保护这些生态系统不仅对当地生物多样性至关重要，也对全球气候稳定至关重要。提高公众对酸性硫酸盐（acid sulfate）土壤的认识和教育也很重要。许多人对这些土壤带来的挑战及其管理不当的潜在后果一无所知。通过提高意识，我们可以鼓励农民、开发商和政策制定者采取更好的实践，以保护这些敏感环境。总之，酸性硫酸盐（acid sulfate）土壤代表了地质、化学和生态之间复杂的相互作用。其管理需要多方面的方法，包括科学研究、可持续农业实践和公众教育。通过理解和尊重酸性硫酸盐（acid sulfate）土壤的独特性质，我们可以朝着一个更可持续的未来迈进，平衡农业需求与环境保护。