floristics

简明释义

英[flɒˈrɪstɪks]美[floʊˈrɪstɪks]

n. 植物种类地理学；植物种类

英英释义

单词用法

同义词

反义词

例句

1.Its distribution and population number were investigated with site-plot methods in this paper, and its floristics composition and types of Community were analysed too.

本文采用密度生境样方法对夏蜡梅的分布数量进行了调查和研究，并对其区系成分、群落类型进行了分析。

2.Its distribution and population number were investigated with site-plot methods in this paper, and its floristics composition and types of Community were analysed too.

本文采用密度生境样方法对夏蜡梅的分布数量进行了调查和研究，并对其区系成分、群落类型进行了分析。

3.The garden had 20 specialized gardens, plant landscape construction according to each floristics.

全园有20个专类园，按照不同的植物类群营造植物景观。

4.Floristics is the study of floras, including the preparation of floras.

植物区系学是研究植物区系的一门学科，其中包括编写植物志。

5.A numerical study on the floristics of the Zhoushan Archipelago.

舟山群岛植物区系地理的数值研究。

6.The study of floristics 植物区系学 helps botanists understand plant diversity in a given area.

对植物区系学的研究帮助植物学家理解特定区域的植物多样性。

7.In her thesis, she focused on the floristics 植物区系学 of tropical rainforests.

在她的论文中，她专注于热带雨林的植物区系学。

8.The local university offers a course in floristics 植物区系学 for aspiring ecologists.

当地大学为有志于生态学的学生提供一门关于植物区系学的课程。

9.Fieldwork is essential for understanding the floristics 植物区系学 of an ecosystem.

实地考察对于理解一个生态系统的植物区系学至关重要。

10.The floristics 植物区系学 of the region has changed significantly due to climate change.

由于气候变化，该地区的植物区系学发生了显著变化。

作文

The study of plant life is an essential aspect of understanding our natural world, and one of the specialized fields within this domain is known as floristics. Floristics (植物区系学) focuses on the composition, distribution, and relationships of plant species within a particular area. This scientific discipline plays a crucial role in biodiversity conservation, ecological research, and environmental management. Through floristics, researchers can identify which plants are native to a region, how they interact with each other, and their roles in the ecosystem. In many ways, floristics serves as a foundation for various biological sciences. By cataloging plant species, it provides valuable data that can inform conservation strategies. For instance, understanding the floristic composition of an endangered habitat allows scientists to prioritize which species need protection and which areas require restoration efforts. The information gathered through floristics can also help in assessing the impacts of climate change on local flora, guiding efforts to mitigate adverse effects on ecosystems. Moreover, floristics is not limited to merely identifying plants; it also involves studying their ecological relationships. This includes examining how plants compete for resources, their roles as food sources for animals, and their contributions to soil health and stability. Such knowledge is vital for creating sustainable agricultural practices and managing natural resources effectively. Educational institutions and botanical gardens often engage in floristics research, contributing to the broader understanding of plant diversity. For example, a comprehensive floristic survey can reveal the presence of rare or endemic species, highlighting the importance of preserving specific habitats. These surveys are instrumental in developing conservation policies and raising public awareness about the significance of plant diversity. In addition to its ecological importance, floristics also has cultural and economic implications. Many communities rely on native plants for their livelihoods, whether through agriculture, tourism, or traditional medicine. Understanding the floristic makeup of an area can enhance sustainable practices that benefit both people and the environment. Furthermore, it fosters a deeper appreciation for the natural world, encouraging individuals to engage in conservation efforts. The integration of technology into floristics has revolutionized the field in recent years. Geographic Information Systems (GIS) and remote sensing technologies enable researchers to map plant distributions with unprecedented accuracy. This technological advancement allows for more efficient data collection and analysis, leading to better-informed conservation strategies. In conclusion, floristics (植物区系学) is a vital field of study that encompasses the identification and analysis of plant species within specific regions. Its implications extend beyond mere academic interest, influencing conservation efforts, ecological research, and sustainable practices. As we continue to face environmental challenges, the insights gained from floristics will be paramount in guiding our actions towards preserving biodiversity and maintaining healthy ecosystems. The knowledge derived from this discipline not only enriches our understanding of plant life but also reinforces the interconnectedness of all living organisms on our planet.