生态经济学的能量学说：都市经济的?值核算与模拟图书
The Energy Theories in Ecological Economics: Cosmic Emergy Based Accounting and Modelling of Urban Economy
[内容简介] 生态经济学的能量学说坚持“大生态，小经济”的世界观，重视分析人类社会经济系统的生物物理基础，坚持以能量单位重构价值和决策体系，为我们洞察世界提供了独特的视角。作为能量学说的最新进展，?值理论进一步体现了热力学第二定律的哲学思辨，能更确切地描绘人类社会经济系统的演化规律。本书对都市经济进行了?值核算、模拟与调控，提出了实现都市经济永续长存的三大发展目标：恰当的经济规模、合适的资本丰度以及适当的增长速率。
相关信息
第一章 绪论
第一节 由“空”变“满”，生态经济学初露锋芒
第二节 在“满”的世界，都市经济何去何从
第三节 基于能量学说的最新进展，探索都市经济的未来出路
第二章 生态经济学的思想、理论和方法
第一节 什么是生态经济学
第二节 生态经济学的流派
第三节 生态经济学的热力学思辨
第四节 生态经济学的能量学说
第五节 生态经济学的系统生态模拟方法
第三章 值理论：一套全新的价值体系
第一节 值和稀缺性
第二节 生态价值和生态成本
一 价值本源和价值衡量
二 虚拟环境投入和生态成本
第三节 值转化率、品质与 值货币比
第四节 生态存量和生态财富
第四章 值核算
第一节 值核算已有的进展
第二节 值转化率
一 自然资源
二 人口
三 文化信息
四 污染物
第三节 值截面核算方法和指标
1.净 值产量比
2. 值投资比
3. 值货币比
4. 值使用集约度
5. 值来源结构
6. 值交易
7.自然环境承载力
第四节 值网络核算方法和指标
1.生态财富总量和人均生态财富
2. 值货币财富
3. 值功率指数
4.财富增加速率
5.反馈程度指数
6.财富结构指数
7.生态财富多样性
8.生态成本
9.生态成本多样性指数
第五章 值系统生态模拟
第一节 值理论和系统生态模拟的结合
第二节 自催化反馈设计与 值功率最大化原理
第三节 脉冲系统模型
第四节 路语言和模拟
第六章 都市经济 值核算、模拟与调控
第一节 都市经济 值网络核算
第二节 都市经济 值系统生态模拟与调控
一 都市经济自组织过程和自催化反馈设计
二 建模思想和模拟步骤
三 都市经济 值系统生态调控思想
第七章 北京市都市经济 值核算
第一节 数据来源
第二节 都市经济概况
一 都市生态景观布局
二 都市资源环境背景
1.水资源
2.矿产资源
三 都市功能
四 都市经济结构
五 都市人口和文化
第三节 值网络核算框架
第四节 生态财富和相关分析
一 自然资源
1.水资源
2.土壤资源
3.矿产资源
二 农业资产
1.植物生物量
2.动物存栏量
三 城市资产
1.建筑、设备以及相关基础设施
2.交通工具、道路和配套设施
四 金融资产
五 人口存量
六 文化信息存量
七 相关指数分析
第五节 生态成本和相关分析
第八章 北京市都市经济 值系统生态模拟
第一节 模型
第二节 模拟结果与分析
一 自然资源
二 农业资产
三 城市资产
四 金融资产
五 人口和文化信息存量
六 潜在环境影响
七 土地面积
八 相关指标模拟结果分析
第三节 都市经济脉冲分析
第九章 北京市都市经济 值系统生态调控
第一节 资源瓶颈
第二节 供给管理和需求管理
第三节 供给管理：调水方案
第四节 需求管理：能源价格调控方案
第五节 比较和总结
第十章 如何面向未来
第一节 回顾与总结
一 值理论
二 值方法
三 北京都市经济案例研究
第二节 启示：宏观经济的三大目标
一 保持一个恰当的经济规模
二 追求一种合适的资本丰度
三 维持一个适当的增长速率
第三节 从容地面向未来
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