合成孔径雷达(SAR)影像为基础地球观测附加价值服务的全球市场

本报告提供全球SAR影像为基础地球观测附加价值服务市场相关调查分析，市场趋势，需求，潜在的成长机会，竞争情形等知识和见识。

主要的焦点

• SAR利用的依分析:带(L，X，C，S)
• 雷达影像利用受欢迎的利基
• 天然资源利基的使用案例的类型

本报告的对象企业有3vgeomatics，GeoNorth Information Systems，Geoville，KSAT，Nevaridge，SARmap，Space-eyes，Airbus Defence and Space，Effigis Geo Solutions，Hatfield Consultants，PlanetWatchers，Tre Altamira，Iceye，Collecte Localisation Satellites，VanderSat，Kayrros，PCI Geomatics，TERRASIGNA(旧ASRC)，SpaceKnow，Gamma Remote Sensing，Ecometrica，CGG，Capella Space，SkyGeo，RS Metrics，Ursa Space Systems，Rezatec，SATIM Monitoring Satelitarny。

目录

• 概要 - 使用案例
• 摘要
• 案例
• 其他的案例
• 不合适
• 带

The report on the Global Market of Earth Observation Value Added Services based on SAR Imagery could be useful to:

Earth Observation Companies: Companies specializing in Earth observation and remote sensing services, particularly those utilizing SAR imagery, would be interested in the report to understand market trends, demand for SAR-based value-added services, and potential growth opportunities.

Government Agencies and Defense Organizations: National and international government entities involved in environmental monitoring, disaster management, and defense applications might purchase the report to explore the capabilities of SAR-based value-added services and assess their relevance for their operations.

Agricultural and Forestry Industries: Agricultural and forestry companies may find value in the report to understand how SAR imagery-based value-added services can enhance their crop monitoring, forest management, and resource assessment activities.

Investors and Venture Capital Firms: Investors seeking opportunities in the Earth observation industry, specifically in SAR-based value-added services, can use the report to evaluate the market potential, competitive landscape, and growth prospects of companies offering such services.

Environmental Consulting Firms: Environmental consulting firms might be interested in the report to assess the role of SAR-based value-added services in environmental impact assessments, land use planning, and monitoring of natural resources.

By targeting these specific customer types, the report can provide valuable insights into the global market of Earth observation value-added services based on SAR imagery, catering to the interests and needs of stakeholders in the industry, including potential investors.

This report provides an overview of VAS SAR known contracts signed from 2002 till 2021.

Key Highlights:

• Analysis of SAR utilizing by band (L, X, C, S);

• Popular niches of radar imagery usage;

• Use Case types within the Natural Resources niche.

Reasons to Buy:

• Assess the SAR imagery market by known signed contracts;

• Find prospective niche for radar imagery utilization;

• Determine funding of SAR VAS market players.

Additional benefit of purchasing the report:

Data in PDF and Excel formats.

The research is based on 98 contracts of the 12 selected VAS SAR companies for a known total value of about $88m, signed from 2002 to 2021.

The report covers the statistics of bands utilized among the known use cases as well as highlights the top popular segments for the band usage. The use case analysis of using SAR bands in different niches was conducted together with an analysis of use case types within the Natural resources niche.

The companies covered in the report among others include 3vgeomatics, GeoNorth Information Systems, Geoville, KSAT, Nevaridge, SARmap, Space-eyes, Airbus Defence and Space, Effigis Geo Solutions, Hatfield Consultants, PlanetWatchers, Tre Altamira, Iceye, Collecte Localisation Satellites, VanderSat, Kayrros, PCI Geomatics, TERRASIGNA (formerly ASRC), SpaceKnow, Gamma Remote Sensing, Ecometrica, CGG, Capella Space, SkyGeo, RS Metrics, Ursa Space Systems, Rezatec, SATIM Monitoring Satelitarny.

Among the sources used in the report were the websites of the U.S. National Reconnaissance Office, SBIR and STTR Programs, Canadian Space Agency, UK Space Agency, EIC Accelerator, CORDIS, OpenTender, and ESA as well as in companies' press releases and news.

As L-band data was only available for a while before the NISAR launch in 2020, Sentinel-1 C-band data was used for soil moisture monitoring. The L-band can penetrate dry sandy covers a few meters more profoundly than the C-band. The l-band is also less sensitive than C-band to the surface roughness that can mask subsurface information.

Table Of Contents

• Summary - Use Cases
• Summary
• Cases
• Other Cases
• Unsuitable
• Band