Javascript must be enabled to continue!
P-TRAP - Diffuse phosphorus input to surface waters
View through CrossRef
<p>Phosphate (P) as an essential resource for food production is becoming scarce. Its uncontrolled loss from agricultural areas is in conflict with the principles of a circular economy. Enhanced loading of surface waters with P is the main cause for eutrophication and presents a key challenge in meeting the objectives of the EU Water Framework Directive. Understanding and controlling environmental P fluxes therefore is key to target both problems, to develop new methods and approaches to manage environmental P fluxes, and to improve surface water quality.</p><p>In March 2019 the EU Marie Sklodowska-Curie Innovative Training Network P-TRAP has been launched. P-TRAP establishes a framework of partners from multiple science and engineering disciplines. Integration of non-academic partners from various stakeholder groups into the P-TRAP consortium paves the way for direct implementation of the acquired knowledge. The project is targeting the diffuse flux of phosphate (P) into surface waters, i.e. the problems of understanding and controlling environmental P fluxes. P-TRAP aims to develop new methods and approaches to trap P in drained agricultural areas and in the sediments of eutrophic lakes. Trapping of P involves the application of iron(Fe)-containing by-products from drinking water treatment. P-TRAP aspires the ideas of a circular economy and aims at recovering the retained P in agricultural systems. Novel microbial technologies will be developed to convert P-loaded Fe-minerals into marketable fertilizers whose suitability will be evaluated. The P-TRAP technologies have in common that they rely on the naturally strong connection between P and Fe and the innovative P-TRAP strategies will be underpinned by process-orientated investigations on the behaviour of P during the transformation of Fe minerals. The latter are key in trapping and recycling of P in agricultural systems and lakes. The poster will present the structure and the planned research of the project, including a first overview of achievements of the first year.</p>
Title: P-TRAP - Diffuse phosphorus input to surface waters
Description:
<p>Phosphate (P) as an essential resource for food production is becoming scarce.
Its uncontrolled loss from agricultural areas is in conflict with the principles of a circular economy.
Enhanced loading of surface waters with P is the main cause for eutrophication and presents a key challenge in meeting the objectives of the EU Water Framework Directive.
Understanding and controlling environmental P fluxes therefore is key to target both problems, to develop new methods and approaches to manage environmental P fluxes, and to improve surface water quality.
</p><p>In March 2019 the EU Marie Sklodowska-Curie Innovative Training Network P-TRAP has been launched.
P-TRAP establishes a framework of partners from multiple science and engineering disciplines.
Integration of non-academic partners from various stakeholder groups into the P-TRAP consortium paves the way for direct implementation of the acquired knowledge.
The project is targeting the diffuse flux of phosphate (P) into surface waters, i.
e.
the problems of understanding and controlling environmental P fluxes.
P-TRAP aims to develop new methods and approaches to trap P in drained agricultural areas and in the sediments of eutrophic lakes.
Trapping of P involves the application of iron(Fe)-containing by-products from drinking water treatment.
P-TRAP aspires the ideas of a circular economy and aims at recovering the retained P in agricultural systems.
Novel microbial technologies will be developed to convert P-loaded Fe-minerals into marketable fertilizers whose suitability will be evaluated.
The P-TRAP technologies have in common that they rely on the naturally strong connection between P and Fe and the innovative P-TRAP strategies will be underpinned by process-orientated investigations on the behaviour of P during the transformation of Fe minerals.
The latter are key in trapping and recycling of P in agricultural systems and lakes.
The poster will present the structure and the planned research of the project, including a first overview of achievements of the first year.
</p>.
Related Results
Simulation of DC surface flashover of epoxy composites in compressed nitrogen
Simulation of DC surface flashover of epoxy composites in compressed nitrogen
To date, numerical simulation techniques for surface flashover are still under development. In this work, a DC surface flashover numerical simulation model is constructed based on ...
Nitrogen supply forms alter adaptive properties of Moso bamboo seedlings in low phosphorus conditions
Nitrogen supply forms alter adaptive properties of Moso bamboo seedlings in low phosphorus conditions
Abstract
Aims
Soil phosphorus loss often occurs in subtropical areas, resulting in extremely low phosphorus levels in forest land, thus affecting soil fertility and hinder...
Effect of Dietary Phosphorus on Growth and Its Excretion in Tiger Shrimp, Penaeus monodon
Effect of Dietary Phosphorus on Growth and Its Excretion in Tiger Shrimp, Penaeus monodon
Six semi-purified diets were formulated with supplemented phosphorus levels of 0, 0.5, 1.0, 1.5, 2.0 and 2.5% at a fixed calcium level of 1.25% and the effect of dietary phosphorus...
The Main Features of Phosphorus Transport in World Rivers
The Main Features of Phosphorus Transport in World Rivers
Data on the geochemistry of phosphorus in the continental runoff of dissolved and solid substances were systematized and generalized, with a separate consideration of the processes...
Otomatisasi Flame Trap Berbasis Sistem Pneumatik Pada Kendaraan Pengangkut BBM
Otomatisasi Flame Trap Berbasis Sistem Pneumatik Pada Kendaraan Pengangkut BBM
Abstrak - Flame trap merupakan sebuah perangkat yang dipasang pada knalpot mobil tangki bahan bakar minyak (BBM) dengan bertujuan untuk mencegah terjadinya percikan api yang ditimb...
Microbial control of sediment phosphorus release along a river-floodplain gradient
Microbial control of sediment phosphorus release along a river-floodplain gradient
Sediment phosphorus release, also referred to as internal loading,  typically delays the response of eutrophic waters to reductions in external nutrient inputs. Internal l...
P-TRAP – Reducing diffuse phosphorus input to surface waters
P-TRAP – Reducing diffuse phosphorus input to surface waters
In 2019 the EU Marie Sklodowska-Curie Training Network P-TRAP has been launched and is now approaching its end. The project has been targeting the diffuse flux of phosphate (P) int...
MANAGEMENT OF TOMATO LEAF MINOR TUTA ABSOLUTA WITH VARIOUS TYPES OF TRAPS IN FIELD GROWN TOMATOES
MANAGEMENT OF TOMATO LEAF MINOR TUTA ABSOLUTA WITH VARIOUS TYPES OF TRAPS IN FIELD GROWN TOMATOES
Tomato leaf minor (Tuta absoluta ) is a noxious insect pests of tomato crop globally, cause huge losses of tomato in every season. Therefore, the present research was conducted to ...

