During recent decades several studies have investigated how different social roles and socialization processes between women and men affects our attitudes, values and priorities to environmental problems. Many empirical studies among the general public, indicates that women tend to show a greater environmental concern than men, because of women?s different health- safety- and risk perception. Even though the results are well established among the general public, when investigating if elected women in public offices tend to express a higher environmental concern, than do men, the results are not that clear. By using a dataset covering all the 290 municipalities in Sweden, this study aims to investigate if there is any correlation between the amount of female representatives in the municipality and the amount of emissions of CO2e per capita.

The Smart Grid technology has during the last decade been established as a way to create a greater flexibility on the electricity grid that will be needed as the development moves towards an increased share of renewable primary energy sources in the electricity production. One part of the Smart Grid technology is the ability to shift loads in time, to adapt to either price or emissions, known as Demand Response. This project, which was conducted at KTH in collaboration with the consulting corporation Capgemini, examines the economic, environmental and social aspects of the Demand Response technology. In the project, three household products are used in a model that derives the potential savings in costs and emissions of CO2e. The results show that the actual savings measured in SEK are small, but that the savings measured in percent can be as high as 20 percent. Reduction of CO2e emissions is slightly lower.

The Smart Grid technology has during the last decade been established as a way to create a greater flexibility on the electricity grid that will be needed as the development moves towards an increased share of renewable primary energy sources in the electricity production. One part of the Smart Grid technology is the ability to shift loads in time, to adapt to either price or emissions, known as Demand Response. This project, which was conducted at KTH in collaboration with the consulting corporation Capgemini, examines the economic, environmental and social aspects of the Demand Response technology. In the project, three household products are used in a model that derives the potential savings in costs and emissions of CO2e. The results show that the actual savings measured in SEK are small, but that the savings measured in percent can be as high as 20 percent. Reduction of CO2e emissions is slightly lower.

The Smart Grid technology has during the last decade been established as a way to create a greater flexibility on the electricity grid that will be needed as the development moves towards an increased share of renewable primary energy sources in the electricity production. One part of the Smart Grid technology is the ability to shift loads in time, to adapt to either price or emissions, known as Demand Response. This project, which was conducted at KTH in collaboration with the consulting corporation Capgemini, examines the economic, environmental and social aspects of the Demand Response technology. In the project, three household products are used in a model that derives the potential savings in costs and emissions of CO2e. The results show that the actual savings measured in SEK are small, but that the savings measured in percent can be as high as 20 percent. Reduction of CO2e emissions is slightly lower.

The Smart Grid technology has during the last decade been established as a way to create a greater flexibility on the electricity grid that will be needed as the development moves towards an increased share of renewable primary energy sources in the electricity production. One part of the Smart Grid technology is the ability to shift loads in time, to adapt to either price or emissions, known as Demand Response. This project, which was conducted at KTH in collaboration with the consulting corporation Capgemini, examines the economic, environmental and social aspects of the Demand Response technology. In the project, three household products are used in a model that derives the potential savings in costs and emissions of CO2e. The results show that the actual savings measured in SEK are small, but that the savings measured in percent can be as high as 20 percent. Reduction of CO2e emissions is slightly lower.

The Smart Grid technology has during the last decade been established as a way to create a greater flexibility on the electricity grid that will be needed as the development moves towards an increased share of renewable primary energy sources in the electricity production. One part of the Smart Grid technology is the ability to shift loads in time, to adapt to either price or emissions, known as Demand Response. This project, which was conducted at KTH in collaboration with the consulting corporation Capgemini, examines the economic, environmental and social aspects of the Demand Response technology. In the project, three household products are used in a model that derives the potential savings in costs and emissions of CO2e. The results show that the actual savings measured in SEK are small, but that the savings measured in percent can be as high as 20 percent. Reduction of CO2e emissions is slightly lower.

SAMMANFATTNINGMänniskans förbrukning av fossila bränslen har ökat drastiskt de två senaste seklerna. Detta har lett till en ökning av växthusgasutsläpp vilket i sin tur inneburit en höjning av jordens lufttemperatur, den så kallade växthuseffekten. Mellan 1970 och 2004 ökade de globalaväxthusgasutsläppen med cirka 70 %. (Naturvårdsverket 2008a). Ungefär 25 % av Sveriges klimatpåverkande utsläpp uppskattas komma ifrån matkedjan.

Sveriges riksdag är övertygad om att utsläppen av växthusgaser måste minska för att människans påverkan på klimatsystemet inte blir farlig (Naturvårdsverket, 2011). I Uppsala har kommunfullmäktige beslutat om att de totala utsläppen av växthusgaser per innevånare ska vara 45 % lägre år 2020 jämfört med år 1990 (Uppsala kommun, 2011e). För att bland annat kunna utvärdera och utveckla energisystemanalyser har Uppsala kommun, SLU och Vattenfall ett samarbete kring modellering av Uppsalas energisystem och klimatpåverkan. I detta arbete har programvaran LEAP (the Long range Energy Alternatives Planning system) använts för att utveckla en sådan modell. Modellen innehåller ett nuläge (som speglar Uppsalas energisystem så som det såg ut år 2008-2009), ett referensscenario för möjlig utveckling fram till år 2030, och ett aktörsscenario där specifika åtgärder/mål (från Uppsala kommun och Vattenfall) för att få ned utsläppen av växthusgaser modellerats. Resultaten från modellkörningen visar att kommunens mål om 45 % mindre per capita utsläpp av CO2e år 2020 inte uppnås i vare sig referens- eller aktörsscenariot..

Syfte: Huvudsyftet med uppsatsen är att undersöka ett företags givna transportstrukturs miljöpåverkan i växthusemissioner eller CO2e. Detta genom att med hjälp av olika verktyg och teorier ta fram ett antal scenarion som har en lägre miljöpåverkan än befintlig transportstruktur. Det sekundära syftet är att ta fram modeller som hjälper företaget att ta hänsyn till de ekonomiska kostnader som kan vara kopplade till en omstrukturering av transportstrukturen.Metod: Kvalitativa intervjuer om grön logistik och vilka verktyg som används i detta arbete samt en kvantitativ datainsamling i beräkningar av emissioner med hjälp av NTMCalc.Slutsatser: Ett antal olika scenarion togs fram där miljöpåverkan uppskattades, utifrån dessa valdes 5 stycken ut som hade en lägre miljöpåverkan än befintlig transportstruktur. I dessa utvalda scenarion tas hänsyn till ytterligare faktorer som exempelvis ledtider, hur många landsgränser som måste korsas, tätortskörning etc. Då det inte finns ett ekonomiskt underlag för vad ett transportstrukturbyte skulle kosta förs det en diskussion med rekommendationer över åtgärder vid ett byte av transport..

Background and problem discussion: Sustainability reporting has recently risen in importance and a rising number of companies choose to issue voluntary stand-alone sustainability reports. Their non-regulated nature increases the opportunity for management to angle the information in these disclosures to their own advantage. Lately the focus has shifted from examining what kind of information is provided in environmental disclosures, to analyzing how the information is presented.Purpose: The purpose is to examine if managers in the energy sector use optimistic tone when issuing sustainability reports. The aim is to find out if the tone applied in environmental disclosures is in congruence with either the environmental or economic performance or if an excessively positive tone is being used to mislead readers.Limitations: This study is limited to information found in environmental disclosures from private companies in the energy sector, issued in 2012 or 2013. Environmental performance is defined as the amount of CO2e emissions and economic performance refers to annual company revenues.Methodology: The quantification of optimistic tone is conducted using a content analysis, relying on a pre-specified wordlist and a pilot study.

En stor del av varje individs klimatavtryck består av den mat vi konsumerar. Eftersom det serveras en stor mängd portioner varje dag runt om i landets skolor anser vi det intressant att studera hur pass klimatanpassad skolmaten är idag. Hur ser skolornas miljöarbete ut och finns det förbättrande åtgärder som kan genomföras på området? Vi har valt att fokusera vårt arbete på den serverade mängden kött och fisk på tre grundskolor, en kommunal och två privata, i Uppsala kommun liksom ursprunget hos dessa animalier. Intervjuer utfördes med ansvariga för upphandling och kostplanering på kommunen, skolkökspersonal samt elever.