生态系统综合研究

页数:388

出版时间:2009-5

价格:89.00元

isbn号码:9787030244628

具体描述

《生态系统综合研究》总结了中国科学院中国生态系统研究网络(CERN)成立20年来的主要科学研究进展和成果，包括农田、森林、草地、荒漠、水体等各类生态系统的长期观测研究与试验示范，陆地生态系统水循环、碳循环、养分循环、生物多样性、水域生态功能、大气环境等联网和综合研究。另外，《生态系统综合研究》还总结了CERN成立20年来的发展历程，并阐述了未来的发展思路和布局。《生态系统综合研究》内容丰富，资料翔实，可供从事地学、生命科学、环境科学及相关学科研究的科研和管理人员以及大专院校师生阅读。

用户评价

"Comprehensive Ecosystem Research" – the title alone conjures up images of vast, interconnected natural systems, and I found myself immediately intrigued. My curiosity centers on what exactly constitutes this "comprehensive research." Is it a broad survey of different ecological niches, or a deep, detailed analysis of a few select examples? I picture the book delving into the intricate relationships within ecosystems – the dance of predator and prey, the silent work of decomposers, the vital role of plants in capturing solar energy. I hope it will offer a glimpse into the unseen world, perhaps exploring the microbial communities that underpin soil health or the complex signaling within plant networks. The "research" aspect makes me wonder about the methodologies employed. Will it be a synthesis of existing scientific literature, presenting a robust overview of established knowledge? Or will it involve original research, perhaps detailing fieldwork, laboratory experiments, or sophisticated modeling techniques? I'm particularly interested in how the author connects different scales of study. For example, how might the behavior of a single insect species influence the health of an entire forest, or how could changes in ocean currents affect terrestrial plant life? I anticipate that this book will challenge my preconceived notions about the natural world and foster a more profound understanding of our place within it. I'm eager to discover how human activities are interwoven into the fabric of ecosystems, and what the long-term implications might be. My ultimate hope is that "Comprehensive Ecosystem Research" will provide me with a richer, more nuanced perspective on the natural world, inspiring a greater sense of responsibility towards its conservation.

初拿到《生态系统综合研究》这本书，我的第一反应是它所涵盖的范围。光是“综合”二字，就让我联想到无数的可能性。我一直在思考，究竟是什么样的“综合”？是学科间的综合？例如将生物学、地理学、化学、甚至社会学都囊括进来，来解析生态系统？还是指不同尺度上的综合？从实验室里培养的微生物群落，到广袤的海洋，再到我们赖以生存的地球，这样一个由小到大的层层递进的分析？我脑海中浮现的画面，是书中会描绘一幅幅壮丽的生态画卷，里面有生产者、消费者、分解者之间的捕食与被捕食关系，有能量如何在食物链中传递，有水、碳、氮等物质如何在不同圈层间循环。我期待它能解释那些我从未深入思考过的现象，比如，为什么一个看似微不足道的物种的灭绝，会引发连锁反应，导致整个生态系统的失衡？书中会不会深入探讨那些隐藏在表面之下的驱动力，比如，气候变化、土地利用方式的改变、污染物的扩散，这些因素是如何悄无声息地影响着生态系统的稳定性和功能？我特别好奇，作者在“综合”的过程中，是否会强调那些不易察觉的联系。比如，森林砍伐与下游河流的泥沙淤积，城市化进程与生物多样性的丧失，这些宏观层面的影响，背后一定有着复杂的生态机制在支撑。我希望这本书能帮助我建立起一种“系统思维”，不再将自然界看作是孤立的单元，而是理解其内在的关联性和动态性。同时，我也想知道，书中对于“研究”的侧重点在哪里。是偏重于基础理论的阐述，还是更侧重于实际的应用和解决方案？我希望它能给我一些启发，让我能够更深刻地理解我们所处的环境，并思考我们作为其中的一部分，该如何做出更负责任的选择。

初次接触《生态系统综合研究》这本书，我的脑海中立刻涌现出无数关于“研究”的画面。这不仅仅是简单的观察和记录，更像是一场深度挖掘、系统分析的过程。我好奇作者究竟会从哪些角度来“综合”研究？是时间尺度的综合，从地质年代的演变到当下的动态变化？还是空间尺度的综合，从微生物的微观世界到全球生态系统的宏观格局？我设想，这本书的每一章都可能是一次严谨的学术探索，里面会充斥着大量的科学数据、复杂的模型和深入的理论分析。我尤其想知道，作者是如何将那些看似毫不相关的生态现象联系起来的。比如，一个遥远地区的森林火灾，是如何影响到全球的碳循环和气候变化的？一种微小的细菌的变异，又会如何影响到整个食物链的稳定性？我期待这本书能够提供给我一套理解生态系统的“通用语言”和“分析工具”。也许它会解释一些基本的生态学定律，比如能量守恒定律、物种共存的机制，以及生态系统演化的驱动力。同时，我也希望它能在“综合”的框架下，揭示人类活动对生态系统产生的多维度影响。我期待它能让我明白，为什么我们随手丢弃的垃圾，可能会对海洋生物造成致命的伤害；为什么我们大面积的农田改造，会破坏湿地的生态功能；为什么我们对森林的过度砍伐，会加速土壤的侵蚀和物种的灭绝。这本书，对我而言，可能不仅仅是知识的积累，更是一种世界观的重塑。它应该能够帮助我理解，我们每一个人，都在参与着一个庞大而精密的生态系统，而我们的每一个行为，都会在这个系统中产生涟漪。我渴望这本书能让我看到，那些隐藏在自然现象背后的深刻逻辑，以及我们在这个逻辑中应有的位置和责任。

拿到《生态系统综合研究》这本书，我脑海里 immediately picture the sheer scope of the endeavor. The word "comprehensive" suggests a grand synthesis, an attempt to tie together disparate threads into a cohesive tapestry of understanding. My mind immediately races to think about what kind of "research" is being conducted here. Is it experimental, observational, theoretical, or a blend of all? I envision pages filled with intricate diagrams illustrating complex food webs, flow charts detailing nutrient cycles, and perhaps even sophisticated mathematical models predicting future ecological scenarios. I'm particularly eager to learn how the author bridges the gap between the microscopic and the macroscopic. For instance, how might a study on soil microbial diversity inform our understanding of broader ecosystem resilience in the face of climate change? Or how could observations of plankton blooms in the ocean offer insights into global atmospheric processes? I hope the book provides a framework for appreciating the interconnectedness of all living things and their environments. I'm curious about the author's approach to presenting potentially complex scientific information. Will it be through rigorous academic prose, punctuated by data and citations, or will there be a more accessible, narrative style that draws the reader in with compelling examples and vivid descriptions? I anticipate that this book will challenge my current assumptions about the natural world and force me to reconsider my own role within it. I'm looking for a deeper appreciation of the delicate balance that underpins life on Earth and a clearer understanding of the threats that jeopardize this balance. Ultimately, I hope this book will equip me with the knowledge and perspective to engage more meaningfully with environmental issues and contribute to a more sustainable future.

The moment I laid eyes on "Comprehensive Ecosystem Research," I felt a surge of intellectual curiosity. The title itself promises a deep dive into the intricate workings of our planet's natural systems. I'm not a professional scientist, but I've always been fascinated by the interconnectedness of life. I imagine this book will unravel the complex relationships between organisms, their habitats, and the physical forces that shape them. What does "comprehensive" truly entail? Does it mean exploring everything from the smallest bacterium in the soil to the largest whale in the ocean? Does it delve into the historical evolution of ecosystems, or focus solely on their current state? I envision chapters dedicated to understanding energy flow through food webs, nutrient cycling, and the delicate balance of predator-prey relationships. I'm particularly interested in how the author addresses the "research" aspect. Will there be detailed case studies, showcasing cutting-edge scientific methodologies? Or will it be a more theoretical exploration, delving into the fundamental principles that govern ecological processes? I hope the book offers a clear and engaging explanation of these complex concepts, making them accessible to a broader audience. I'm eager to learn about the impact of human activities on ecosystems and how we can mitigate our negative influence. Will the book explore topics like deforestation, pollution, and climate change, offering insights into their far-reaching consequences? I'm looking for a holistic understanding, one that moves beyond isolated facts and presents a unified picture of how our planet functions. My hope is that this book will not only expand my knowledge but also inspire a deeper appreciation for the natural world and a commitment to its preservation.

拿到《生态系统综合研究》这本书，我立刻被它所传达出的厚重感所吸引。这不仅仅是一本关于“生态”的书，更是一本关于“系统”的书，它似乎在试图揭示自然界最深层的运行逻辑。我一直在想，所谓“综合”，究竟意味着什么？它是否意味着，作者将那些分散在不同领域的知识，如同拼图一般，巧妙地组合在一起，从而展现出生态系统全貌？我设想，这本书可能会从最基础的生态学原理讲起，比如种群增长模型、群落结构，然后逐步深入到更复杂的层面，比如生态系统的能量流动和物质循环，甚至会涉及到生态系统的演化和恢复力。我尤其好奇，书中会如何处理“研究”这个词。它是否会深入探讨科学研究的方法论？比如，如何设计实验来验证生态假设，如何利用模型来预测生态变化，以及如何整合多源数据来构建完整的生态图景？我期待着它能给我带来一些“aha moment”，让我能够恍然大悟，理解那些看似平常的自然现象背后，原来有着如此深刻的科学解释。例如，我一直对生物多样性为何如此重要感到困惑，这本书是否会从功能多样性、遗传多样性等角度，阐释其在维持生态系统稳定性和生产力方面的关键作用？再比如，人类活动对生态系统造成的影响，书中会如何以一种“综合”的视角来呈现？是从污染物的传播路径，到栖息地的破碎化，再到外来物种的入侵，这些看似独立的事件，在作者的笔下，又会如何串联成影响整个系统的巨大力量？我希望这本书能让我对生态系统的理解，不再停留在碎片化的认知层面，而是能够构建起一个清晰、完整、富有逻辑的知识体系，从而更好地理解我们与自然的关系。

When I first encountered the title "Comprehensive Ecosystem Research," my mind immediately began to formulate expectations. I envisioned a text that would attempt to synthesize a vast array of ecological knowledge, moving beyond individual species studies to explore the intricate web of interactions that define an ecosystem. What, I wondered, would be the scope of this "comprehensiveness"? Would it focus on a particular biome, like rainforests or deserts, or aim for a global overview? The "research" aspect suggests a rigorous approach, likely involving detailed data analysis, scientific methodology, and perhaps even theoretical frameworks. I pictured sections dedicated to understanding energy flow, nutrient cycling, and the dynamic processes that maintain ecological balance. I'm particularly keen to see how the author tackles the complexities of interspecies relationships – not just the obvious predator-prey dynamics, but also the more subtle symbiotic and competitive interactions that shape community structure. Furthermore, I hoped the book would offer insights into the resilience of ecosystems, exploring how they adapt to disturbances and the factors that contribute to their stability or collapse. I'm not a specialist in ecology, so I would be looking for explanations that are both scientifically accurate and accessible, using clear language and compelling examples to illustrate complex concepts. The title hints at a holistic view, and I'm eager to see how the author connects seemingly disparate elements of the natural world, revealing the underlying unity and interdependence. Ultimately, I hoped this book would provide me with a deeper, more nuanced understanding of the natural world and our profound connection to it, perhaps even inspiring a greater sense of stewardship.

这本书，我拿到手的时候，心里是带着点期待的，毕竟“生态系统综合研究”这几个字，就透露出一种宏大而深刻的学术气息。我并不是专业的生态学家，但对这个领域一直抱有浓厚的兴趣。我想，通过这本书，我或许能窥见整个自然界千丝万缕的联系，理解那些在我们日常生活中习以为常的现象背后，隐藏着多么精妙的平衡和演化。我尤其想知道，在“综合”这个词的指引下，作者是如何将那些看似孤立的生物、环境因子，甚至是人类活动，串联成一个有机整体的。我设想，书中会充斥着大量的案例研究，从微观的土壤微生物群落，到宏观的全球气候变化对生物多样性的影响，每一个章节都可能是一次引人入胜的探索。我好奇作者会用怎样的语言来描绘那些复杂的能量流动、物质循环，以及信息传递的过程。是数据图表堆砌，还是生动的比喻解释？是严谨的学术论文风格，还是更具科普性的叙述？我希望它能平衡科学的严谨性和大众的可读性，让我这个门外汉也能被深深吸引，甚至激发出进一步学习的冲动。我想象着，在阅读的过程中，我会无数次地停下来，回望窗外的树木，河边的流水，甚至城市里不起眼的绿地，它们在我眼中将不再是单纯的背景，而是活生生、互动着的生态系统的一份子。这本书，不仅仅是知识的传递，更可能是一种观照世界的方式的重塑。我期待它能解答我心中长久以来的困惑，例如，为什么某些物种会突然消失，而另一些却能顽强地适应环境的剧变？人类的哪些行为会对生态系统造成不可逆的破坏？而我们又该如何去修复和保护？我希望这本书能给我提供一个清晰的框架，让我能够系统地理解这些问题，并从中找到属于自己的思考路径。

The very name, "Comprehensive Ecosystem Research," evoked in me a sense of awe and anticipation. I pictured a volume that wouldn't shy away from complexity, but rather embrace it, weaving together threads from various scientific disciplines to paint a holistic picture of our planet's living systems. My immediate question was about the nature of the "research" presented. Was it primarily a review of existing literature, a meticulously curated synthesis of decades of scientific inquiry? Or did it involve original data, perhaps the result of extensive fieldwork, laboratory experiments, or cutting-edge computational modeling? I imagined sections that would delve into the fundamental principles governing ecological interactions – the intricate dance of energy transfer through food webs, the cyclical journeys of essential nutrients, and the delicate mechanisms that regulate population dynamics. I was especially keen to understand how the author addressed the concept of "comprehensiveness." Did it mean exploring a wide range of different ecosystems across the globe, from the frigid Arctic tundra to the bustling coral reefs? Or did it imply a deep dive into the interconnectedness of components within a single ecosystem, revealing how the smallest organism can influence the health of the entire system? I hoped the language would be both precise and engaging, allowing someone like myself, without a formal scientific background, to grasp the profound insights offered. I was looking for a book that would not only inform but also inspire a deeper appreciation for the natural world and our vital role within it, shedding light on the delicate balances that sustain life and the threats that challenge them.

From the moment I saw "Comprehensive Ecosystem Research," my mind was captivated by the sheer ambition implied by the title. I envisioned a book that would serve as a grand overview, a meticulous synthesis of scientific understanding regarding the intricate relationships and processes that define our planet's living systems. My primary curiosity revolved around the nature of the "research" that underpinned this comprehensive exploration. Was it a broad survey, touching upon diverse ecological concepts, or a deep, analytical dive into specific aspects of ecosystem functioning? I imagined the pages filled with detailed explanations of fundamental ecological principles, such as energy flow through food webs, nutrient cycling across different environmental spheres, and the complex interplay of biotic and abiotic factors that shape biodiversity. I was particularly eager to understand how the author navigated the concept of "comprehensiveness." Did it encompass a global perspective, examining ecosystems from the poles to the equator, or a multi-scale approach, illustrating how micro-level interactions contribute to macro-level phenomena? I hoped the book would offer a framework for appreciating the dynamic nature of ecosystems, their inherent resilience, and their susceptibility to change. As a reader interested in the broader implications, I was looking for insights into how human activities interact with and impact these natural systems, and perhaps even suggestions for fostering a more harmonious coexistence. My expectation was for a text that would not only expand my knowledge but also cultivate a deeper respect for the complexity and interconnectedness of the natural world.