地理空间软件系统Clark Labs TerrSet 2020 v19.0.6

TerrSet 是一个集成的地理空间软件系统，用于监测和模拟地球系统以实现可持续发展。TerrSet 系统结合了 IDRISI GIS 分析和 IDRISI 图像处理工具以及一系列垂直应用程序。TerrSet 以一个价格合理的单一软件包提供业内最广泛的地理空间工具集。无需购买昂贵的附加组件来扩展您的研究能力。

完整的 TerrSet Constellation 包括
GIS 分析工具 – 用于 GIS 分析的各种基本分析工具，主要面向栅格数据。GIS 分析工具集的特殊功能包括一套多标准和多目标决策程序以及用于统计、变化和表面分析的广泛工具。还为动态建模和决策支持提供了特殊的图形建模环境。GIS 分析工具集还提供脚本环境和极其灵活的应用程序编程接口 (API)，允许使用 C++、Delphi 和 Python 等语言控制 TerrSet。事实上，所有 TerrSet 组件都非常广泛地使用了 API。

图像处理系统——一套用于遥感图像的恢复、增强、转换和分类的广泛程序。Terrset 中的图像处理系统包含业内最广泛的分类程序集，包括基于机器学习（如神经网络）和统计表征的硬分类程序和软分类程序。

土地变化建模器 (LCM) – 一种用于分析土地覆盖变化、根据经验建模其与解释变量的关系并预测未来变化的垂直应用程序。LCM 还包括用于评估 REDD（减少毁林和森林退化造成的排放）气候变化缓解战略的特殊工具。

栖息地和生物多样性建模器 (HBM) – 用于栖息地评估、景观格局分析和生物多样性建模的垂直应用程序。HBM 还包含用于物种分布建模的特殊工具。

GeOSIRIS – 与保护国际密切合作开发的国家级 REDD（减少毁林和森林退化造成的排放）规划的独特工具。使用 GeOSIRIS，可以模拟各种经济战略对森林砍伐和碳减排的影响。

生态系统服务建模器 (ESM) – 用于评估各种生态系统服务价值的垂直应用程序，例如水净化、作物授粉、风能和波浪能等。ESM 紧密基于自然资本项目开发的 InVEST 工具集。

地球趋势建模器 (ETM) – 一种用于分析地球观测图像时间序列的工具。通过 ETM，人们可以发现基本地球系统变量（例如海面温度、大气温度、降水、植被生产力等）的趋势和循环模式。ETM 是评估近期（例如过去 30 年）气候变化的特殊工具。

气候变化适应建模器 (CCAM)——一种用于模拟未来气候并评估其对海平面上升、作物适宜性和物种分布影响的工具。

File size: 333 MB

TerrSet is an integrated geospatial software system for monitoring and modeling the earth system for sustainable development. The TerrSet System incorporates the IDRISI GIS Analysis and IDRISI Image Processing tools along with a constellation of vertical applications. TerrSet offers the most extensive set of geospatial tools in the industry in a single, affordable package. There is no need to buy costly add-ons to extend your research capabilities.

The Full TerrSet Constellation Includes
The GIS Analysis tools – a wide range of fundamental analytical tools for GIS analysis, primarily oriented to raster data. Special features of the GIS Analysis tool set include a suite of multi-criteria and multi-objective decision procedures and a broad range of tools for statistical, change and surface analysis. Special graphical modeling environments are also provided for dynamic modeling and decision support. The GIS Analysis tool set also provides a scripting environment and an extremely flexible application programming interface (API) that allows the ability to control TerrSet using languages such as C++, Delphi and Python. Indeed, all TerrSet components make very extensive use of the API.

The Image Processing System – an extensive set of procedures for the restoration, enhancement, transformation and classification of remotely sensed images. The Image Processing System in Terrset contains the broadest set of classification procedures in the industry, including both hard and soft classification procedures based on machine learning (such as neural networks) and statistical characterization.

The Land Change Modeler (LCM) – a vertical application for analyzing land cover change, empirically modeling its relationship to explanatory variables and projecting future changes. LCM also includes special tools for the assessment of REDD (Reducing Emissions from Deforestation and forest Degradation) climate change mitigation strategies.

The Habitat and Biodiversity Modeler (HBM) – a vertical application for habitat assessment, landscape pattern analysis and biodiversity modeling. HBM also contains special tools for species distribution modeling.

GeOSIRIS – a unique tool for national level REDD (Reducing Emissions from Deforestation and forest Degradation) planning, developed in close cooperation with Conservation International. With GeOSIRIS, one can model the impact of various economic strategies on deforestation and carbon emissions reductions.

The Ecosystem Services Modeler (ESM) – a vertical application for assessing the value of various ecosystem services such as water purification, crop pollination, wind and wave energy, and so on. ESM is based closely on the InVEST toolset developed by the Natural Capital Project.

The Earth Trends Modeler (ETM) – a tool for the analysis of time series of earth observation imagery. With ETM, one can discover trends and recurrent patterns in fundamental earth system variables such as sea surface temperature, atmospheric temperature, precipitation, vegetation productivity and the like. ETM is an exceptional tool for the assessment of climate change in the recent past (e.g., the past 30 years).

The Climate Change Adaptation Modeler (CCAM) – a tool for modeling future climate and assessing its impacts on sea level rise, crop suitability and species distributions.