anthropogenic soil

简明释义

1. 人为土壤; 2. 耕作土壤;

英英释义

例句

1.The presence of anthropogenic soil in a region can indicate significant human intervention in the ecosystem.

一个地区存在人类活动土壤可能表明生态系统中有重大的人为干预。

2.Many urban areas are characterized by anthropogenic soil, which has been altered by human activities.

许多城市地区的特征是人类活动土壤，这种土壤因人类活动而发生了变化。

3.Remediation efforts often focus on anthropogenic soil to restore contaminated sites.

修复工作通常集中在人类活动土壤上，以恢复受污染的地点。

4.The study of anthropogenic soil helps scientists understand the impact of agriculture on land degradation.

对人类活动土壤的研究帮助科学家理解农业对土地退化的影响。

5.Urban gardening initiatives often rely on anthropogenic soil for planting vegetables and herbs.

城市园艺项目通常依赖于人类活动土壤来种植蔬菜和香草。

作文

The term anthropogenic soil refers to soils that have been significantly altered or created by human activities. These activities can include urbanization, agriculture, and industrial processes, which have a profound impact on the natural soil formation processes. Understanding anthropogenic soil is crucial for environmental science, agriculture, and urban planning, as it helps us recognize how human actions shape our landscapes and ecosystems.In urban areas, anthropogenic soil often results from the accumulation of materials such as concrete, bricks, and organic waste. As cities expand, natural soils are often covered or replaced by artificial surfaces, leading to changes in soil properties. For instance, the presence of impervious surfaces like asphalt reduces water infiltration, which can lead to increased runoff and flooding. This alteration of soil dynamics can have significant implications for local ecosystems, as well as for the management of stormwater and urban heat islands.Agricultural practices also contribute to the development of anthropogenic soil. Intensive farming techniques can lead to soil degradation, compaction, and loss of organic matter. The use of fertilizers and pesticides alters the chemical composition of the soil, affecting its fertility and biodiversity. Furthermore, practices such as monoculture can reduce the variety of organisms in the soil, leading to a decline in soil health. Understanding these impacts is essential for developing sustainable agricultural practices that protect and enhance soil ecosystems.On the other hand, anthropogenic soil can also be seen in a positive light when considering reclamation projects. In many cases, humans have transformed degraded lands into productive soils through remediation efforts. For example, former industrial sites have been rehabilitated to support agriculture or green spaces. These efforts highlight the potential for humans to positively influence soil health and contribute to environmental restoration.The study of anthropogenic soil is not just limited to its physical and chemical properties; it also encompasses social and economic dimensions. The ways in which different communities interact with their soils can vary widely, influenced by cultural practices, economic conditions, and policy frameworks. An understanding of these factors is essential for effective land management and for promoting practices that enhance soil health while meeting the needs of diverse populations.In conclusion, anthropogenic soil serves as a reminder of the intricate relationship between humans and their environment. As we continue to alter landscapes through various activities, it is vital to recognize the consequences of these changes on soil health and ecosystem stability. By studying and managing anthropogenic soil, we can work towards more sustainable practices that benefit both our communities and the planet. Whether through urban planning, agricultural innovation, or environmental restoration, the awareness of how human actions shape soil will play a key role in ensuring a healthier future for our ecosystems and ourselves.

术语人类活动土壤指的是由于人类活动显著改变或创造的土壤。这些活动可能包括城市化、农业和工业过程，这些过程对自然土壤形成过程产生深远影响。理解人类活动土壤对环境科学、农业和城市规划至关重要，因为它帮助我们认识到人类行为如何塑造我们的景观和生态系统。在城市地区，人类活动土壤通常是由混凝土、砖块和有机废物等材料的积累而形成的。随着城市的扩展，自然土壤常常被人工表面覆盖或替代，导致土壤特性的变化。例如，像沥青这样的不可渗透表面的存在减少了水的渗透，从而导致径流和洪水的增加。这种土壤动态的改变对当地生态系统产生重大影响，也对雨水管理和城市热岛效应的管理产生影响。农业实践也促进了人类活动土壤的发展。强度农业技术可能导致土壤退化、压实和有机物质的流失。肥料和农药的使用改变了土壤的化学成分，影响其肥力和生物多样性。此外，单一栽培等实践可能减少土壤中的生物种类，导致土壤健康的下降。理解这些影响对于制定可持续农业实践以保护和增强土壤生态系统至关重要。另一方面，当考虑到复垦项目时，人类活动土壤也可以被视为积极的一面。在许多情况下，人类通过修复工作将退化土地转变为富饶的土壤。例如，曾经的工业场地得到了修复，以支持农业或绿地。这些努力突显了人类积极影响土壤健康并促进环境恢复的潜力。人类活动土壤的研究不仅限于其物理和化学性质；它还包含社会和经济维度。不同社区与其土壤的互动方式可能有很大差异，受文化实践、经济条件和政策框架的影响。理解这些因素对于有效的土地管理和促进能够增强土壤健康的实践至关重要，同时满足多元化人群的需求。总之，人类活动土壤提醒我们人类与环境之间错综复杂的关系。随着我们继续通过各种活动改变景观，认识到这些变化对土壤健康和生态系统稳定的后果至关重要。通过研究和管理人类活动土壤，我们可以朝着更可持续的实践努力，造福我们的社区和地球。无论是通过城市规划、农业创新还是环境恢复，意识到人类行为如何塑造土壤将在确保我们生态系统和自身的更健康未来中发挥关键作用。