basophilous plant

简明释义

1. 适碱植物; 2. 喜碱植物;

英英释义

例句

1.The local government is promoting the planting of basophilous plants 嗜碱植物 to combat soil erosion.

当地政府正在推广种植嗜碱植物以应对土壤侵蚀。

2.Farmers often seek basophilous plants 嗜碱植物 for their ability to thrive in poor soil conditions.

农民们常常寻找嗜碱植物，因为它们能在贫瘠土壤条件下茁壮成长。

3.Ecologists are studying the impact of climate change on basophilous plants 嗜碱植物 in wetlands.

生态学家正在研究气候变化对湿地中嗜碱植物的影响。

4.The study focused on the growth patterns of basophilous plant 嗜碱植物 species in saline environments.

这项研究集中在盐碱环境中嗜碱植物的生长模式。

5.In coastal regions, basophilous plants 嗜碱植物 play a crucial role in stabilizing sand dunes.

在沿海地区，嗜碱植物在稳定沙丘方面发挥着至关重要的作用。

作文

In the realm of botany, understanding the various types of plants and their adaptations to different environments is crucial. One fascinating category of plants is known as basophilous plants, which are specifically adapted to thrive in alkaline soils. These plants have developed unique physiological and morphological traits that allow them to absorb nutrients effectively from their surroundings, even when the soil pH levels are higher than average. This adaptability is essential for their survival and growth in regions where alkaline conditions prevail.The term basophilous plant comes from the Greek words 'basis' meaning base and 'philos' meaning loving. Therefore, these plants are often referred to as 'base-loving plants.' They typically flourish in areas with high levels of calcium carbonate and other alkaline substances, which can be found in certain geological formations or in agricultural settings where lime has been added to the soil.Examples of basophilous plants include species such as the common bluebell (Hyacinthoides non-scripta) and various types of grasses that are commonly found in chalky or limestone areas. These plants not only possess a remarkable ability to tolerate high pH levels but also exhibit specific adaptations like thicker cuticles and specialized root structures that enhance their nutrient uptake in such challenging environments.The ecological significance of basophilous plants cannot be overstated. They play a vital role in maintaining the health of their ecosystems by providing food and habitat for a variety of organisms. For instance, many pollinators are attracted to the flowers of these plants, which in turn supports biodiversity. Additionally, basophilous plants can prevent soil erosion in their native habitats, contributing to soil stability and overall ecosystem resilience.Moreover, the study of basophilous plants offers valuable insights into how plants adapt to changing environmental conditions. As climate change continues to alter soil compositions and pH levels worldwide, understanding these adaptations can help scientists and conservationists develop strategies to protect vulnerable species and ecosystems. Research into basophilous plants can also inform agricultural practices, particularly in regions where soil alkalinity poses challenges for crop production.In conclusion, basophilous plants represent a remarkable group of flora that showcases the incredible adaptability of nature. Their ability to thrive in alkaline soils highlights the intricate relationships between plants and their environments. By studying these unique plants, we not only gain a deeper appreciation for biodiversity but also equip ourselves with knowledge that can aid in conservation efforts and sustainable agriculture. As we continue to explore the world of botany, the importance of basophilous plants and their contributions to our ecosystems will undoubtedly remain a topic of significant interest and research.

在植物学领域，理解各种植物及其对不同环境的适应是至关重要的。一个迷人的植物类别被称为碱性植物，这些植物特别适应在碱性土壤中生长。这些植物发展出独特的生理和形态特征，使它们能够有效地从周围环境中吸收养分，即使土壤pH值高于平均水平。这种适应能力对于它们在碱性条件盛行的地区的生存和生长至关重要。术语碱性植物来源于希腊词“basis”，意为基础，“philos”，意为喜爱。因此，这些植物通常被称为“喜碱植物”。它们通常在含有高水平碳酸钙和其他碱性物质的区域繁荣，这些区域可以在某些地质构造中找到，或在土壤中添加石灰的农业环境中发现。碱性植物的例子包括常见的蓝铃花（Hyacinthoides non-scripta）和多种类型的草，这些草通常在白垩或石灰岩地区发现。这些植物不仅具有耐受高pH值的显著能力，还表现出特定的适应性，例如更厚的角质层和专门的根结构，以增强其在这种挑战性环境中的养分吸收。碱性植物的生态重要性不容小觑。它们在维持生态系统健康方面发挥着至关重要的作用，为各种生物提供食物和栖息地。例如，许多授粉者会被这些植物的花吸引，从而支持生物多样性。此外，碱性植物可以防止其原生栖息地的土壤侵蚀，有助于土壤稳定和整体生态系统的恢复力。此外，对碱性植物的研究为我们提供了宝贵的见解，了解植物如何适应变化的环境条件。随着气候变化继续改变全球土壤成分和pH值，理解这些适应性可以帮助科学家和保护主义者制定保护脆弱物种和生态系统的策略。对碱性植物的研究还可以为农业实践提供信息，特别是在土壤碱性对作物生产构成挑战的地区。总之，碱性植物代表了一类令人惊叹的植物，展示了自然的惊人适应能力。它们在碱性土壤中茁壮成长的能力突显了植物与环境之间复杂的关系。通过研究这些独特的植物，我们不仅能更深入地欣赏生物多样性，还能掌握能够帮助保护工作和可持续农业的知识。随着我们继续探索植物学的世界，碱性植物的重要性及其对我们生态系统的贡献无疑将始终是一个重要的研究和关注话题。