CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
D11 Data Management Plan DMPThe DMP will succinctly describe the data management life cycle for data as collected in the field processed and generated by the various work packages The DMP will document the handling of research data during and after the end of the project the type of data collated the methodologies and standards used or developed by the project the deliverables and how the data will be curated and preserved Importantly the DMPs will clearly indicate how the different project deliverables may be shared amongst partners and ultimately to the wider international community
D4.4: A document describing the roll-out and results off the field campaignThis document describes how the field campaign was conducted and provides all information on the samples that have been taken and shipped to the central laboratory, such as date of sampling, geo-reference, barcode, sample size, etc.
Report on the training on the SIS for the technical staff of the SIS-hosting institute (opens in new window)D6.5: Report documenting the training of the technical staff of the SIS-hosting instituteThis report will provide all training materials used to train staff of the SIS hosting institute for future use, as well as a description of the training and records of the trainees.
A set of use cases plus supporting soil quality indicators (opens in new window)D21 A set of use cases plus supporting soil quality indicatorsThis document will describe examples of the potential use use cases of the SIS in the field of sustainable intensification The use cases are developed with potential users and will lead to soil quality indicators that are needed in the context of the use case An example of a use case is a development organisation that wants to use soil information to identify hotspots for erosion in a country In that case the soil quality indicator is soil erodibility
A document describing an approach for sustainable use and maintenance of the SIS, including funding strategies (opens in new window)D2.2: A document describing a approach for sustainable use and maintenance of the SIS, including funding strategies A document describing a strategy for sustained maintenance and use (including funding) of the SIS. The document also describes the support of the various stakeholders and their willingness to provide long term investment.
Overview of existing datasets and the sampling protocol (opens in new window)D32 A report providing an overview of existing datasets and the sampling protocolThis report describes which relevant existing datasets are available providing data on the soils in the agricultural areas in Africa Each data set will be briefly described metadata will be given as well as its potential for use in this project
PEDR (opens in new window)D12 Plan for the Exploitation and Dissemination of Results PEDRThe PEDR is a document describing the strategy for sharing the project results with potential users dissemination and the use of project results exploitation The document provides concrete exploitation and dissemination activities for each work package
Guidance for the laboratory analysis (opens in new window)D3.4: Detailed guidance document for the laboratory analysisThis document describes in detail which analyses will be carried out on which samples. It also describes which equipment is needed, the training requirements for the staff, a strategy for the application of soil spectroscopy in combination with wet-chemistry, and a strategy for quality assurance.
Report documenting the training of all field teams in the use of the protocols, SOPs and supporting tools (opens in new window)D43 Report documenting the training of all field teams in the use of the protocols and the toolset This report includes all training materials developed in this project as well as an account of which teams and individuals have been trained
Set of manuals on SIS use and soil information product development from the SIS (opens in new window)D6.4: Set of manuals on SIS use and soil information products developmentFour user manuals explaining (i) the overall use of the SIS, (ii) the development of soil maps using the data in the SIS, (iii) the use of the spectral data engine, and (iv) the management and maintenance of the SIS.
Detailed guidance for the fieldwork (opens in new window)D33 Detailed guidance document for the fieldworkThis document describes in detail how the fieldwork in this project will be carried out It provides requirements for all stages of the fieldwork such as soil sampling field observations georeferencing labelling transport storage and preparation of the samples This includes the additional observations at the reference sites and the approach for pollution assessment
Report on the laboratory upgrade including Health and Safety Plan (ISO 45001) (opens in new window)D51 Report on the laboratory upgradeThis report describes the equipment purchased documents the various training given to the laboratory staff includes the SOPs developed and provides a health and safety plan for the lab activities according to ISO 45001
Map of agricultural land in Africa (opens in new window)D41 A map with agricultural lands in Africa and the land use at the selected sampling locationsThis deliverable is a map delineating the agricultural land in Africa The map also provides information on the historic and current land use at the selected sampling locations
Report describing methods for deriving selected soil quality indicators (opens in new window)D31 A Report describing methods for deriving selected soil quality indicators This report describes the methods that will be used to derivequantify the indicators selected in WP 1 It will also describe the data needed to feed these methods
Protocols, Standard Operating Procedures (SOPs) and tools to guide and support the field survey, and the collection, handling and preparation of the samples (opens in new window)D42 Protocols and toolset to guide and support the field survey This deliverable provides protocols for all stages of the fieldwork such as soil sampling field observations georeferencing labelling transport storage and preparation of the samples This includes the additional observations at the reference sites and the approach for pollution assessment The toolset will be an mobile device app for i recording field observations and photos ii georeferencing all observations iii making quality and consistency checks of the observations and iv automated uploading of all data to a central database when internet connection is available
User requirements for the IT infrastructure (opens in new window)D35 A document describing the user requirements for the IT infrastructure This document describes the requirements for the backend of the system the physical ITinfrastructure that is underlying the SIS and provides the services to the user as well as the requirements for the frontend of the system the presentation layer a web portal where users interact with the data
Technical design of the SIS (opens in new window)D61Document with the technical design of the SISContains a description of the technical solutions that will be deployed for building the SIS It identifies and specifies hardware requirements software resources the APIs required to ingest store and manage the data from the laboratory information management system WP 5 and KoboToolbox database WP 4 It will also describe the platforms and web services required to serve these data to the users via a web portal
D13 Functional website available during the entire project cycle The website will describe the project setup activities and deliverables will provide news items and announce events and will be a repository of all the relevant documents guidelines and manuals produced by the project
Publications
Author(s):
Phenson Justine, Ádám Csorba, Caleb Melenya Ocansey, Brian Rotich, Isaiah Maket, Azaria Stephano Lameck, Mustapha Abdulkadir, Mohammed Ahmed MohammedZein, Erika Michéli, Yuri Andrei Gelsleichter
Published in:
Discover Sustainability, Issue 6, 2025, ISSN 2662-9984
Publisher:
Springer Science and Business Media LLC
DOI:
10.1007/s43621-025-00970-y
Author(s):
Brian Rotich, Tamás Szegi, Yuri Andrei Gelsleichter, Márta Fuchs, Caleb Melenya Ocansey, Justine Nsima Phenson, Mustapha Abdulkadir, Harison Kipkulei, Amos Wawire, Evans Mutuma, Samuel Ayodele Mesele, Erika Michéli, Ádám Csorba
Published in:
Land, Issue 14, 2025, Page(s) 1217, ISSN 2073-445X
Publisher:
MDPI AG
DOI:
10.3390/land14061217
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