n.地球植物学；植物地理学

Geobotany explores the relationship between plant distribution and geographic factors such as climate, soil type, and topography.
地理植物学探讨了植物分布与气候、土壤类型和地形等地理因素之间的关系。
The geobotanical study of this region revealed a rich diversity of flora due to the varied terrain and microclimates.
对该地区的地理植物学研究揭示了由于多变的地形和小气候而形成的丰富植物多样性。
In geobotany, researchers often use remote sensing technology to map vegetation patterns across large areas.
在地理植物学中，研究人员经常使用遥感技术来绘制大范围内的植被模式图。
Understanding geobotanical principles is crucial for predicting how plant communities will respond to environmental changes like global warming.
理解地理植物学原理对于预测植物群落将如何应对全球变暖等环境变化至关重要。
The geobotanical survey aimed at identifying endangered plant species and their habitats in the mountainous area.
这次地理植物学调查旨在识别山区的濒危植物物种及其栖息地。
Through geobotanical analysis, scientists can trace the historical migration routes of plant species across continents.
通过地理植物学分析，科学家能够追溯植物物种跨大陆的历史迁移路径。
A key aspect of geobotany involves studying the impact of human activities, such as deforestation and urbanization, on plant distributions.
地理植物学的一个关键方面涉及研究森林砍伐和城市化等人类活动对植物分布的影响。
The geobotanist collected soil samples and documented plant species along the transect to understand the ecological gradients.
地理植物学家沿着横断面收集了土壤样本并记录了植物种类，以了解生态梯度。
Geobotanical research in arid regions focuses on understanding how limited water resources influence plant survival strategies.
干旱地区地理植物学研究的重点是理解有限水资源如何影响植物的生存策略。
By combining field observations with GIS data, geobotanists can create detailed models predicting plant species distribution under different scenarios.
通过将野外观察与GIS数据相结合，地理植物学家可以创建详细模型，预测不同情景下的植物物种分布。