Essays about: "Bread environment"
Showing result 1 - 5 of 16 essays containing the words Bread environment.
-
1. Investigating food waste composition in school catering with focus on carbon footprint
University essay from SLU/Dept. of Energy and TechnologyAbstract : Food waste has a great impact on the environment and generates approximately 3.3 giga tonnes of CO2-eq annually. The SDG 12.3 set by the UN, to halve the global per capita food waste by 2030, is one of the measures that strives to combat this problem. READ MORE
-
2. Förbättrad svensk durumveteodling : såtidpunkt, kvävegödsling och ekonomi
University essay from SLU/Dept. of Soil and EnvironmentAbstract : Durumvete är en art av vete som i Europa framförallt odlas runt medelhavet. Senaste årtiondena har durumvetet även börjat odlas i Sverige. Idag är det fortfarande en nischgröda och odlingen är i huvudsak fokuserad till Gotland varifrån Lantmännen köper spannmålet för att göra pasta. READ MORE
-
3. Baking quality of winter wheat : the effect of variety, cultivation site and nitrogen supply
University essay from SLU/Department of Molecular SciencesAbstract : Wheat is the most important cereal crop for breadmaking. Different wheat varieties tend to yield varying bread quality, which is affected both by genotype and environmental factors. The present study aims to investigate the genetic and environmental effect on bread quality. READ MORE
-
4. Food waste in bakeries- quantities, causes and treatment
University essay from SLU/Department of Molecular SciencesAbstract : Bread waste represents a considerable part of food waste in Sweden, and in general, food waste can have a significant impact on the environment. This study assesses the quantity of food waste in bakeries and identifies the main causes of waste during the production of baked products. A sample was taken from the total number of bakeries in Sweden. READ MORE
-
5. Evaluating Sugar Signaling during Xylose Oxidation in Saccharomyces cerevisiae
University essay from Lunds universitet/Teknisk mikrobiologiAbstract : The sugar signaling state of cells oxidizing xylose was investigated through the chromosomal integration of the Weimberg pathway into previously established biosensor strains capable of monitoring the Snf3p/Rgt2p, SNF1/Mig1p, and cAMP/PKA pathways through the expression of HXT1, SUC2, and TPS1, respectively. Ultimately, two new strains were successfully developed containing both the Weimberg pathway and a biosensor for either HXT1 (TMB CB 112) or TPS1 (TMB CB 117). READ MORE