Archive for the 'Publications' Category



Science for Environment Policy: FUTURE BRIEFS

Future Briefs are a series of horizon-scanning policy briefs, which provide an accessible overview of emerging areas of science and technology as part of the European’s Commission for Science for Environment Policy.

The following briefs are available for free via: http://ec.europa.eu/environment/integration/research/newsalert/future_briefs.htm

Earth Observation’s Potential for the EU Environment

Earth observation from space by satellites can provide a wealth of data relating to the land, oceans and atmosphere. This Future Brief examines how the data can inform Europe’s environmental policy.

Bioelectrochemical Systems

This Future Brief examines the examines the use of bioelectrochemical systems, such as microbial fuel cells (MFCs) and microbial electrolysis cells (MECs), to treat wastewater and generate electricity, hydrogen and valuable chemicals.

Green Behaviour

This Future Brief examines the role that policy can play in supporting and encouraging the public’s pro-environmental behaviour. The report explores different policy methods to reward green behaviour, such as financial incentives.

Offshore Exploration and Exploitation in the Mediterranean

This Future Brief examines the impacts of exploration on marine and coastal environments. Focusing on oil, gas and mineral exploration as well as renewable energy schemes, the report considers evidence from recent scientific research, including reports following the Deepwater Horizon incident in 2010.

 

Source: http://ec.europa.eu/environment/integration/research/newsalert/future_briefs.htm

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Planet Action 2012 Annual Report

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Planet Action is a non-profit initiative launched in June 2007 by Spot Image. It has been joined by ESRI as a co-founding partner very early, and other partners have also joined the initiative since. More recently, Planet Action and the UNESCO signed a cooperation agreement within the framework of the Open Initiative to support World Heritage sites.

Man-made climate change is a global issue with serious threats: this is a new challenge for our societies and communities to get fully involved with new and cooperative approaches.

It is our ambition, as a committed and responsible corporate citizen, to bring quality technologies and expertise to the non-profit community working on climate change.

The projects benefiting from Planet Action grants reflect the complexity and interactions at stake in shaping a future based on sustainability.  We are grateful to them for their work and feedback.  We also appreciate the strong relationships that help us share knowledge within the Planet Action’s community: non-profits and NGOs, technology providers (ESRI, ITT, Trimble), experts, and outreach partners.

We hope this Annual Report presents an accurate picture of our activity and our personality.

The Planet Action team

 

Source: http://www.planet-action.org/web/183-annual-report.php

A study on GMES – Assessing the Economic Value of GMES: “European Earth Observation (EO) and GMES Downstream Services Market Study”

The European Commission (EC) has commissioned a study – Assessing the Economic Value of GMES: European Earth Observation (EO) and GMES Downstream Services Market Study” – investigating the economic impact of the GMES programme beyond the institutional sector, with a focus on the downstream market (which will be followed by a study on the midstream market in 2013).

Initial results show that GMES is not only a monitoring tool for institutional needs, but can also stimulate economic growth and employment in a wide range of industrial sectors. Overall the impact on employment from GMES is estimated at approximately 83.000 jobs in Europe by 2030.

The study was presented by European Commission Vice-President Antonio Tajani yesterday, 4th december 2012, during the London conference “European Space Solutions”, an initiative of the European Commission, hosted by the UK Space Agency.

Please find here the EC’s press release: http://europa.eu/rapid/press-release_IP-12-1304_en.htm#PR_metaPressRelease_bottom.

Please find here more info on the London conference “European Space Solutions”:

http://www.space-solutions.eu/index.php?kat=home.html&anzeige=home.html

Source: http://www.copernicus.eu

Report on ISDE at the EARSeL Newsletter, Issue 92

2EARSeL_Newsletter

The International Society for Digital Earth (ISDE) was founded in May 2006 in China, headquartered at the Center for Earth Observation and Digital Earth, Chinese Academy of Sciences, on the principles of the 1999 Beijing Declaration on Digital Earth. In 2009, ISDE was accepted by the Group on Earth Observations as a participating organisation. The Society promotes international cooperation in the Digital Earth Vision, and   facilitates Digital Earth technologies to play key roles in, inter alia, economic and socially-sustainable development, environmental protection, early warning and disaster mitigation, natural resources conservation, education and improvement of the well-being of the society in general. The Mission of the Society is to provide a framework for understanding evolving society-beneficial geospatial technologies, current and newly emerging, and to revise the Digital Earth Vision in light of new developments.

The society’s forthcoming events and publications and a full report on ISDE, provided by Prof. Changlin WANG, Executive Director of ISDE, appears at the current issue of the European Association of Remote Sensing Laboratories / EARSeL Newsletter, (92). You can read this report at pages 19-20 of the Newsletter via the following link.

Source: http://www.earsel.org/Newsletters/EARSeL-Newsletter-Issue-92.pdf

30 years time series of Global LAI, FAPAR, FCover now available

Geoland2

The Core Mapping Service BioPar of the geoland2 project announces the availability of 30 years time series of global LAI, FAPAR and FCover made of:

  • from 1981 to 2000, LAI, FAPAR and FCover are derived from NOAA/AVHRR Long Term Data Record (LTRD) dataset provided by NASA and the University of Maryland. They cover the globe at 0.05° resolution.
  • from 1999 to the present, LAI, FAPAR and FCover are derived from SPOT/VGT data at 1km resolution.

The innovative methodology set-up by INRA allows that both datasets are fully compatible. The NOAA/AVHRR products have been generated by CNES, and the SPOT/VGT products are produced by VITO.

All these products can be discovered and ordered freely through the geoland2 web portal following the link http://www.geoland2.eu/core-mapping-services/biopar.html. The Algorithmic Theoretical Basis Documents, and the Product User Manuals are also available. It is also possible to subscribe to receive the future products (from SPOT/VGT) as soon as they are generated (http://www.geoland2.eu/portal/system/subscription.html).

They were all developed in the framework of the FP7/geoland2 project (http://www.gmes-geoland.info), the precursor project of the GMES Land service.

Source: http://www.geoland2.eu/core-mapping-services/biopar.html

Call For Papers: IEEE Signal Processing Society: “Special Issue on Signal and Image Processing in Hyperspectral Remote Sensing”

Aims and Scope

Hyperspectral imaging has recently emerged as one of the very promising technologies in remote sensing, enabling applications that may have been previously seen as impossible in multispectral imaging. Hyperspectral cameras deployed in current airborne or satellite systems can cover the visible and near-infrared wavelengths at a resolution of 10nm, with more than 200 spectral channels. This vastly increased spectral information content creates a unique opportunity for numerous applications, such as mineral identification, agriculture, environment monitoring, terrain classification, object detection, change detection, and many more. Hyperspectral imaging is also a key technique for planetary exploration, astrophysics, and non-remote sensing problems such as food inspection and forensics. Remarkably, these meaningful and important applications have led to a wide variety of signal processing problems, which have attracted growing attention and contributions from the signal processing, image processing and machine learning communities. In particular, we have witnessed developments that are far from being just a straight application of a signal processing technique. Instead, some of them turn out to provide new insights and open new dimensions for fundamental signal processing research. For example, it has recently become clear that the unmixing topic in hyperspectral remote sensing has formed a new branch of blind source separation techniques, wherein the exploitation of special source characteristics, such as local sparsity, has been found to provide very effective blind separation solutions. The same goes with the classification and detection topics, where the utilization of contextual information or combined spatial-spectral processing has resulted in new paradigms. Moreover, the recent research trend indicates that hyperspectral signal and image processing is embracing frontier signal processing concepts very quickly—this includes sparse signal processing, compressive sensing, and convex and nonconvex optimization, just to name a few.

The aim of this special issue is to gather high-quality tutorial-style articles that introduce key signal processing topics arising from hyperspectral remote sensing, demonstrate the insight and uniqueness of signal processing techniques established in this area, and/or provide overviews of the latest trends. In particular, we wish to shift the perspective from the remote sensing side to signal processing, and extract insight behind the signal processing developments happening in hyperspectral remote sensing. While this is the focus of this special issue, we may also welcome application-oriented papers that can tell a good story regarding how signal processing makes a difference.

Topics of Interest include (but are not limited to):

  • unmixing, both linear and nonlinear, and both semisupervised and unsupervised
  • classification
  • target or anomaly detection at a subpixel level
  • coded aperture and compressive sensing
  • sparse signal processing, which includes sparse regression, dictionary learning, multiple measurement vector models, etc
  • convex and nonconvex optimization
  • contextual information or combined spatial-spectral processing
  • Bayesian and statistical signal processing
  • nonlinear manifold learning, graph theoretic methods
  • dimension reduction, subspace identification, non-negative matrix factorization

Submission Process

Articles submitted to this special issue must contain significant relevance to signal processing and its application to hyperspectral remote sensing. All submissions will be peer reviewed according to the IEEE and Signal Processing Society guidelines. Submitted articles should not have been published or under review elsewhere. Manuscripts should be submitted online at http://mc.manuscriptcentral.com/sps-ieee using the Manuscript Central interface.

Submissions to this special issue of the IEEE SIGNAL PROCESSING MAGAZINE should have significant tutorial value. Prospective authors should consult the site http://www.signalprocessingsociety.org/publications/periodicals/spm/ for guidelines and information on paper submission.

Important Dates

Tentative Schedule
White paper (4 pages) due December 9, 2012
Invitation notification January 3, 2013
Manuscript submission due March 22, 2013
Acceptance notification June 15, 2013
Final manuscript due August 18, 2013 (strict)
Final Publication January 2014

Source:

http://www.lx.it.pt/~bioucas/files/SPM_hyperspectral_2012.pdf

One month free access to paper – International Journal of Digital Earth

The full paper entitled “Global characterization and monitoring of forest cover using Landsat data: opportunities and challenges” published at the International Journal of Digital Earth is free to download via the following link, until the end of this November.

 http://www.tandfonline.com/doi/full/10.1080/17538947.2012.713190

Abstract

The compilation of global Landsat data-sets and the ever-lowering costs of computing now make it feasible to monitor the Earth’s land cover at Landsat resolutions of 30 m. In this article, we describe the methods to create global products of forest cover and cover change at Landsat resolutions. Nevertheless, there are many challenges in ensuring the creation of high-quality products. And we propose various ways in which the challenges can be overcome. Among the challenges are the need for atmospheric correction, incorrect calibration coefficients in some of the data-sets, the different phenologies between compilations, the need for terrain correction, the lack of consistent reference data for training and accuracy assessment, and the need for highly automated characterization and change detection. We propose and evaluate the creation and use of surface reflectance products, improved selection of scenes to reduce phenological differences, terrain illumination correction, automated training selection, and the use of information extraction procedures robust to errors in training data along with several other issues. At several stages we use Moderate Resolution Spectroradiometer data and products to assist our analysis. A global working prototype product of forest cover and forest cover change is included.

Corresponding Author:  Dr. John R. Townshend, Maryland University,

Source:

http://www.tandfonline.com/doi/full/10.1080/17538947.2012.713190


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