latosol

简明释义

英[ˈlætəˌsɒl]美[ˈlætəˌsɔl;ˈlætəˌsɑl]

n. 砖红壤性土，砖红壤

英英释义

单词用法

同义词

反义词

例句

1.In north of China, Latosol-like soils which were exposed to the earths surface were developed from red Paleosol and red paleo-weathered crust.

现今出露于中国北方地表的红色土壤是在红色古土壤和红色古风化壳上发育的，而且大多经历了不连续的成土过程。

2.In north of China, Latosol-like soils which were exposed to the earths surface were developed from red Paleosol and red paleo-weathered crust.

现今出露于中国北方地表的红色土壤是在红色古土壤和红色古风化壳上发育的，而且大多经历了不连续的成土过程。

3.Volatilization of ammonia from latosol soils with different matrixes was evaluated in the present study.

针对不同母质砖红壤中氨的挥发损失进行了研究。

4.The farmers in the Amazon rainforest often cultivate crops in rich latosol 红壤 soil, which is known for its fertility.

亚马逊雨林中的农民通常在富饶的latosol 红壤土壤中种植作物，这种土壤以其肥沃著称。

5.In tropical regions, latosol 红壤 is commonly found and is crucial for sustaining biodiversity.

在热带地区，latosol 红壤是常见的土壤类型，对维持生物多样性至关重要。

6.The high iron content in latosol 红壤 gives it a distinctive reddish color.

高铁含量使得latosol 红壤呈现出独特的红色。

7.Researchers are studying the erosion patterns of latosol 红壤 to understand its impact on agriculture.

研究人员正在研究latosol 红壤的侵蚀模式，以了解其对农业的影响。

8.Proper management of latosol 红壤 is essential to prevent nutrient depletion.

妥善管理latosol 红壤对于防止养分耗竭至关重要。

作文

Latosol is a term that refers to a specific type of soil found primarily in tropical regions. These soils are characterized by their rich red or yellow color, which is due to the high concentration of iron and aluminum oxides. In this essay, I will explore the formation, characteristics, and significance of latosol (红土) in various ecosystems, as well as its implications for agriculture and environmental sustainability. The formation of latosol (红土) occurs in warm, humid climates where there is a significant amount of rainfall. The intense weathering process in these conditions leads to the leaching of minerals and nutrients from the upper layers of the soil. As a result, latosol (红土) tends to be low in nutrients, particularly nitrogen, phosphorus, and potassium, making it less fertile compared to other soil types. However, despite its nutrient-poor nature, latosol (红土) plays a crucial role in supporting diverse plant and animal life. One of the key characteristics of latosol (红土) is its structure. It typically has a well-drained profile, which allows excess water to drain away quickly. This drainage is essential in preventing waterlogging, which can be detrimental to many plant species. The texture of latosol (红土) can vary, but it often contains a mixture of sand, silt, and clay, contributing to its unique physical properties. The high clay content helps retain some moisture, which can be beneficial for certain crops during dry spells. In terms of agricultural practices, the challenges posed by latosol (红土) require innovative approaches to enhance its productivity. Farmers in regions with latosol (红土) often employ techniques such as crop rotation, cover cropping, and the addition of organic matter to improve soil fertility. These practices not only help replenish nutrients but also promote soil health by enhancing microbial activity and reducing erosion. Moreover, latosol (红土) is significant for biodiversity. The unique conditions created by this soil type support a variety of flora and fauna adapted to thrive in such environments. Many tropical forests, which are vital for global biodiversity, are situated on latosol (红土). These ecosystems serve as critical habitats for numerous species and contribute to the overall health of our planet. However, the increasing pressure of human activities, such as deforestation and industrial agriculture, poses a threat to the sustainability of latosol (红土) ecosystems. Deforestation leads to soil erosion, loss of nutrients, and disruption of the delicate balance within these habitats. Therefore, it is imperative to adopt sustainable land management practices that protect and restore latosol (红土) areas. In conclusion, understanding the characteristics and significance of latosol (红土) is essential for promoting sustainable agricultural practices and conserving biodiversity in tropical regions. By implementing strategies that enhance soil health and protect these vital ecosystems, we can ensure that latosol (红土) continues to support both human livelihoods and the rich diversity of life on Earth. As we face the challenges of climate change and environmental degradation, recognizing the value of latosol (红土) will be crucial for our future sustainability efforts.

红土是一个术语，指的是主要分布在热带地区的一种特定类型的土壤。这些土壤的特点是其丰富的红色或黄色，这主要是由于铁和铝氧化物的高浓度。在这篇文章中，我将探讨latosol（红土）的形成、特征和在各种生态系统中的重要性，以及它对农业和环境可持续性的影响。 latosol（红土）的形成发生在温暖潮湿的气候中，这里降雨量显著。 在这些条件下，强烈的风化过程导致土壤上层矿物质和营养物质的淋洗。因此，latosol（红土）往往缺乏营养，特别是氮、磷和钾，使其相对于其他土壤类型来说肥力较低。然而，尽管它营养贫乏，latosol（红土）在支持多样的植物和动物生命方面发挥着至关重要的作用。 latosol（红土）的一个关键特征是其结构。它通常具有良好的排水特性，这使得多余的水能够迅速排走。这种排水对于防止水涝至关重要，而水涝对许多植物物种可能是有害的。latosol（红土）的质地可以有所不同，但它通常含有沙子、淤泥和粘土的混合物，从而赋予其独特的物理特性。高粘土含量有助于保持一定的水分，这在干旱时期对某些作物是有益的。 在农业实践方面，latosol（红土）所带来的挑战需要创新的方法来提高其生产力。生活在latosol（红土）地区的农民通常采用轮作、覆盖作物和添加有机物等技术来改善土壤肥力。这些做法不仅有助于补充营养，还通过增强微生物活动和减少侵蚀来促进土壤健康。 此外，latosol（红土）对生物多样性也很重要。由这种土壤类型创造的独特条件支持了多种适应这种环境的动植物。许多热带森林，作为全球生物多样性的关键，位于latosol（红土）上。这些生态系统为无数物种提供了重要栖息地，并为我们星球的整体健康做出了贡献。 然而，人类活动的日益压力，例如森林砍伐和工业农业，对latosol（红土）生态系统的可持续性构成了威胁。森林砍伐导致土壤侵蚀、养分流失和这些栖息地内微妙平衡的破坏。因此，采用可持续的土地管理实践以保护和恢复latosol（红土）区域至关重要。 总之，理解latosol（红土）的特征和重要性对于促进可持续农业实践和保护热带地区的生物多样性至关重要。通过实施增强土壤健康和保护这些重要生态系统的策略，我们可以确保latosol（红土）继续支持人类生计和丰富的生命多样性。面对气候变化和环境退化的挑战，认识到latosol（红土）的价值对于我们的未来可持续发展努力至关重要。