自然为师，园林为卷——高藤学子苏州研学记

研学的第一步，是带着问题去观察。在世界文化遗产——拙政园，同学们以“园林生态系统”为主题，围绕生态学原理与“天人合一”的理念展开探究。他们从水体、植物到空间布局，多维度观察园林生态的构成与运行。

拙政园的“水下森林”成为他们研究的核心。沉水植物通过光合作用维持水中氧循环，鱼类、微生物共同构成能量流动与物质循环的闭环，使封闭水体实现自我净化。学生们认识到：园林生态的稳定，源于生产者、消费者与分解者之间的动态平衡。

The "underwater forest" of the Humble Administrator's Garden became the focus of their research. Submerged plants maintain the oxygen cycle through photosynthesis, while fish and microorganisms form a closed loop of energy flow and material circulation that enables the pond's self-purification. Students realized that the stability of the garden's ecosystem relies on the dynamic balance among producers, consumers, and decomposers.

*学生在拙政园内调研

在进一步的讨论中，学生们从“生态科学”转向“生态哲学”。他们注意到，拙政园在造园理念上体现了古人“天人合一”的思想，园中山水相依、亭台临水而建，叠山理水与花木配置相得益彰，既顺应自然形态，又融入人文秩序。古人通过“虽由人作，宛自天开”的造园手法，使人造景观与自然之理和谐共生，这种“生态留白”正是东方智慧的体现。此刻，拙政园不再只是风景，而成为一座“活的生态实验室”，让古典园林在当代教育中焕发新的生命力。

Part 2

以探为径，以心为境：

探寻生态的多重秩序

Exploring with Mind and Heart: 

Tracing the Multiple Orders of Ecology

随着观察的深入，学生们开始从感受自然走向探究自然。他们在老师的指导下，围绕研究问题自主开展了多项实践实验与生态对比研究。

As observation deepened, students moved from sensing nature to exploring it scientifically. Guided by their teachers, they conducted hands-on ecological experiments and comparative research.

在拙政园中，同学们以园中“水下森林”为对象，开展了关于封闭水体生态循环的实地实验。他们在不同区域采集水样，测量 pH值、温度与透明度，分析沉水植物群落对生态平衡的作用，他们发现：沉水植物群落不仅是景观装饰，更承担了能量转换与物质循环的核心功能。

Within the Humble Administrator's Garden, students conducted field experiments focused on the "underwater forest" ecosystem. They collected water samples from different locations, measuring pH, temperature, and transparency, and analyzed how aquatic plants influence ecological balance. They discovered that these plants serve not only as decoration but also as key agents in energy conversion and material cycling.

随后，在老师讲解下，同学们进一步理解了园林生态背后的技术与哲学结合：传统的“掩、隔、破”理水技法与现代生态调控技术相结合，既延续了“以人为引、顺其自然”的造园思想，又通过生态修复手段赋予水体新的生命力。

Through their teachers' explanations, students learned how traditional garden engineering — techniques such as "concealment, separation, and breaking" in water design — integrates with modern ecological regulation methods. This fusion preserves the ancient philosophy of "guided by humans, aligned with nature," while revitalizing water systems through ecological restoration.

Research at Huqiu Mountain Scenic Area: 

Understanding the Order of Nature

第二日，学生们前往虎丘山风景区，将研究视角从“人工园林”延伸至“自然森林”，比较两种生态系统的异同。在老师带领下，学生们沿山径展开生物多样性调查，记录植被层次分布、土壤湿度与物种数量。与拙政园的人工生态相比，虎丘山的生态系统更具自然的复杂性与自我调节能力。

On the second day, students extended their inquiry from artificial gardens to natural forests at Huqiu Mountain Scenic Area. They compared the two ecosystems, recording vegetation layers, soil humidity, and species diversity. In contrast to the human-managed balance of gardens, the forest ecosystem exhibited a more complex and self-regulating natural equilibrium.

Cultural Immersion: 

Rediscovering Dialogue Between Humans and Nature

在秋意盎然的山林间，同学们换上汉服，沉浸式感受古人“天人合一”的生活智慧。他们沿着山径攀登，在林间观察生态，在讨论中交流思考——以古意为镜，重新审视人与自然的关系。此刻，科学探究与文化体验相互交融，理性与感性交织成一场关于自然与自我的深层对话。

Amid the autumn woods, students donned traditional Hanfu attire, experiencing the ancient lifestyle philosophy of "harmony between humans and nature." Climbing mountain paths and observing the forest, they discussed how people of the past understood and lived within nature. In this moment, scientific exploration intertwined with cultural reflection — reason and emotion converging into a profound dialogue between nature and the self.

Part 3

在行走中理解，在探索中生长

Learning Through Action, Growing Through Exploration

短短两天的学习旅程，不止留下了美好的回忆，更收获了真实的知识建构与思维成长。研学结束后，同学们将成果以田野调查记录、生态系统分析报告以及小组展示汇报的方式呈现，以科学的观察、理性的分析与人文的思辨，记录他们与自然的对话。

This brief two-day journey yielded not only beautiful memories but also authentic learning and intellectual growth. After returning, students presented their findings through fieldwork records, ecosystem analysis reports, and group presentations — combining scientific observation, rational analysis, and humanistic reflection to document their dialogue with nature.

这些成果不仅展示了学生的观察与思考，更体现了他们以科学之眼审视世界、以人文之心感知自然的能力。通过这场为期两天一夜的学习旅程，他们从水体、植物、动物到空间布局，多维度探究苏州园林的生态系统，在理解“天人合一”的传统智慧中，思考其在现代城市生态建设中的延续与启示。

These findings demonstrated not only students' keen observation and analytical ability but also their capacity to perceive the world scientifically while feeling it humanistically. Through this immersive journey, they explored Suzhou's garden ecosystems from multiple dimensions — water, flora, fauna, and space — and reflected on how traditional wisdom of "harmony between humans and nature" continues to inspire modern urban ecological design.

Part 4

以思为光：

在AI时代重构人与自然的智慧共生

Illuminating Thought: 

Reimagining Human–Nature Coexistence in the Age of AI

这场研学，不仅是一次生态的观察，更是一场思维的启蒙。在人工智能迅速发展的时代，知识的获取愈加便捷，但真正的学习，源于 对世界的观察力、思辨力与创造力。拙政园的“水下森林”和虎丘山的自然森林，让同学们体会到：科技可以模拟自然，却无法复制自然的智慧。理解自然的秩序，正是理解创新的根基。

This study tour was more than an ecological exploration — it was an awakening of thought. In an era when artificial intelligence accelerates the accessibility of knowledge, true learning still arises from observation, reflection, and creativity. The contrast between the "underwater forest" of the Humble Administrator's Garden and the natural forest of Huqiu Mountain Scenic Area reminded students that while technology can simulate nature, it can never replicate its inherent wisdom. Understanding nature's order is the foundation of all innovation.