Sort by
Refine Your Search
-
Listed
-
Field
-
develop feed and feed additive based solutions to reduce enteric methane emissions from pasture based dairy cows with the investigation of concurrent impacts on rumen physiology, rumen fermentation and the
-
RefLex: Is International Refugee Law Effective? led by Principal Investigator Professor Cathryn Costello, Full Professor of Global Refugee and Migration Law based in the Sutherland School of Law
-
Professor Cathryn Costello, Full Professor of Global Refugee and Migration Law based in the Sutherland School of Law, University College Dublin. RefLex: Is International Refugee Law Effective? is a 5-year
-
Professor Cathryn Costello, Full Professor of Global Refugee and Migration Law based in the Sutherland School of Law, University College Dublin. RefLex: Is International Refugee Law Effective? is a 5-year
-
evaluation activities within the programme. This will include the design and delivery of comprehensive ex-ante and ex-post environmental assessments of bio-based production systems, covering the full lifecycle
-
fermentation and enteric methane emissions including the development of methane emissions factors. Irish livestock production systems are predominantly pasture based and until recently sown pastures have been
-
, accurately, cost effectively and in real time. This Enterprise Ireland Commercialisation fund project titled - "Microorganism Based Biosensor Platform" seeks to commercialise a microorganism based biosensor
-
that indicate bioprocess performance, could be quantified, automatically, accurately, cost effectively and in real time. This Enterprise Ireland Commercialisation fund project titled - "Microorganism Based
-
School of Agriculture and Food Science. As part of the Horizon Europe-funded SMACC+ (Sustainable Microalgae and Cyanobacteria-Based Bioactive Compounds for Cosmeceuticals and Nutraceuticals), UCD seeks
-
applications. The project aims to research and commercialize cost-effective manufacturing process for single nanopore and large-scale nanopore array chips, develop nanopore-based detection systems, and validate