eutrophy

简明释义

[ˈjuːtrəfi][ˈjʊtrəfi]

n. 营养正常;富养分性

英英释义

Eutrophy refers to the condition of being well-nourished or having an adequate supply of nutrients, particularly in an ecological context where it describes a body of water rich in nutrients that supports a high level of productivity.

富营养是指营养充足或营养供应充足的状态,特别是在生态环境中,用于描述一种水体富含营养物质,支持高生产力的情况。

单词用法

eutrophic lake

富营养湖

eutrophic conditions

富营养条件

promote eutrophy

促进富营养状态

eutrophy and biodiversity

富营养与生物多样性

同义词

well-nourished

营养良好的

The well-nourished plants thrived in the garden.

营养良好的植物在花园里茁壮成长。

healthy

健康的

A healthy diet is essential for eutrophy.

健康的饮食对营养良好至关重要。

flourishing

繁荣的

The flourishing ecosystem supports a wide variety of species.

繁荣的生态系统支持多种类的物种。

prosperous

繁盛的

The prosperous community invested in sustainable practices.

繁盛的社区投资于可持续发展实践。

反义词

dystrophy

营养不良

The muscle dystrophy caused significant weakness.

肌肉营养不良导致了显著的虚弱。

atrophy

萎缩

After the injury, the patient experienced atrophy of the affected limb.

受伤后,患者感到受影响肢体的萎缩。

例句

1.Of xinjiang are eutrophy , and the proportion of amino acids are rational. its combinational applicable exploitable perspective will be wide.

新疆棕色林蚁氨基酸与维生素含量丰富,各氨基酸间结构较为合理,其综合应用的开发前景十分广阔。

2.Of xinjiang are eutrophy , and the proportion of amino acids are rational. its combinational applicable exploitable perspective will be wide.

新疆棕色林蚁氨基酸与维生素含量丰富,各氨基酸间结构较为合理,其综合应用的开发前景十分广阔。

3.The environmental agency issued a report on the eutrophy of coastal waters.

环保局发布了一份关于沿海水域富营养化的报告。

4.Researchers are studying the effects of eutrophy on local fish populations.

研究人员正在研究富营养化对当地鱼类种群的影响。

5.Efforts to reduce eutrophy include better agricultural practices.

减少富营养化的努力包括改善农业实践。

6.Excessive fertilizer runoff can lead to eutrophy in nearby rivers.

过量的肥料径流可能导致附近河流的富营养化

7.The lake showed signs of eutrophy, with an abundance of algae visible on the surface.

这个湖泊显示出富营养化的迹象,水面上可见大量藻类。

作文

Eutrophy is a term that refers to the condition of being well-nourished or having an adequate supply of nutrients. In ecological terms, it often describes a body of water that is rich in nutrients, leading to high productivity of algae and aquatic plants. However, while eutrophy can indicate a healthy ecosystem, it can also have negative implications if nutrient levels become excessively high, resulting in problems like algal blooms. These blooms can deplete oxygen in the water, harming fish and other aquatic life. Therefore, understanding eutrophy is crucial for environmental science and management.In an ideal scenario, eutrophy supports biodiversity and promotes a balanced ecosystem. Healthy lakes and rivers should exhibit eutrophy, where various species thrive due to the availability of essential nutrients such as nitrogen and phosphorus. However, human activities, such as agricultural runoff and wastewater discharge, can lead to excessive nutrient loading, resulting in cultural eutrophication. This phenomenon disrupts the natural balance and leads to severe ecological consequences.Furthermore, the concept of eutrophy extends beyond aquatic environments. In the context of human health, it can refer to the state of receiving proper nutrition, which is vital for maintaining overall well-being. A diet that promotes eutrophy includes a variety of fruits, vegetables, whole grains, and proteins, ensuring that individuals receive all necessary vitamins and minerals. Thus, eutrophy signifies not only ecological health but also personal health.In summary, the term eutrophy encompasses both environmental and nutritional contexts. While it can signify a thriving ecosystem or a well-nourished individual, it is important to monitor and manage nutrient levels to prevent adverse effects. Understanding the balance of eutrophy is essential for sustaining both our natural habitats and our health. As we navigate challenges such as climate change and population growth, recognizing the significance of eutrophy will be crucial in developing sustainable practices that benefit both the environment and society.

富营养化是一个术语,指的是营养充足或营养供应充足的状态。在生态学中,它通常描述的是一种富含营养物质的水体,导致藻类和水生植物的高生产力。然而,虽然富营养化可以表明生态系统健康,但如果营养水平过高,则可能会产生负面影响,导致如藻类暴发等问题。这些暴发会耗尽水中的氧气,危害鱼类和其他水生生物。因此,理解富营养化对于环境科学和管理至关重要。在理想情况下,富营养化支持生物多样性并促进平衡的生态系统。健康的湖泊和河流应该表现出富营养化,各种物种因氮和磷等必需营养素的可用性而茁壮成长。然而,人类活动,如农业径流和废水排放,可能导致过量的营养物质负荷,从而导致文化富营养化。这种现象破坏了自然平衡,并导致严重的生态后果。此外,富营养化的概念超越了水生环境。在人类健康的背景下,它可以指获得适当营养的状态,这对维持整体健康至关重要。促进富营养化的饮食包括各种水果、蔬菜、全谷物和蛋白质,确保个人获得所有必要的维生素和矿物质。因此,富营养化不仅意味着生态健康,还意味着个人健康。总之,术语富营养化涵盖了环境和营养两个方面。虽然它可以表示繁荣的生态系统或营养良好的个体,但监测和管理营养水平以防止不良影响是重要的。理解富营养化的平衡对于维持我们的自然栖息地和我们的健康至关重要。随着我们应对气候变化和人口增长等挑战,认识到富营养化的重要性,对于制定有利于环境和社会的可持续实践将至关重要。