Resources

Rhizobium spp. is a well-known microbial plant biostimulant in non-legume crops, but little is known about the mechanisms by which rhizobia enhance crop productivity under drought stress. As part of the EU project B-Ferst, this work analyses the mechanisms involved in drought stress alleviation exerted by Rhizobium leguminosarum strains in wheat plants under water shortage conditions.

Turning waste into resources is key to a circular economy. The recovery of bio-waste generates numerous possibilities to produce chemicals, fuels and valuable products. However, there are still technological and market challenges before large-scale commercialisation of the developed products can be achieved. The paper presents the possibilities and the bottlenecks of such challenges through the research done within B-Ferst.

The following poster was presented at the SETAC Europe 25th LCA Symposium. The poster summarises, in a nutshell, the consequential life cycle assessment that is carried out during the B-Ferst project. It shows the objective, methodology, impacts to be considered in this consequential LCA and preliminary results of some of the fertilising products under study. It also mentions the next steps that are planned to be taken for this task of the B-Ferst project.

Training by Aqualia. Presentation by Mr. Ludwig Hermann, ESPP & Proman Consulting. How to increase nutrients use efficiency? How do they impact agriculture and the environment? Which are the current strategies, solutions and technologies which can improve the sustainability of these sources for farming use?