Globally, coastal ecosystems like mangrove forests, sea grass meadows and salt marshes are well known for their ability to capture and store atmospheric carbon effectively. In Sweden, there is still limited knowledge about local coastal ecosystems with similar functions, with alder swamp forests being an interesting example. Therefore, this study aimed to increase knowledge of the factors that can contribute to the potential carbon sequestering ability of alder swamps. Vegetation data and sediment samples were collected from a total of 37 sampling plots across four alder swamps in Bohusl?n on the Swedish west coast.

The purpose of the study was to investigate, using data from the sacerdotal culture, t h espouses of five priests. The main questions were: How does the priestly calling affect thespouse? Do the spouses involve themselves with voluntary work? Do the spouses feel thecongregation have expectations? Do the female and male answers differ?The sacerdotal culture has consisted of several elements. The main element is the priest?scalling for his work.

Soil organic carbon (SOC) stocks and fluxes in forest ecosystems are influenced by natural and human disturbances. In the tropical regions the highest impacts on disturbance in forest C cycles are related to human activities such as conversion of natural lands to cropland and pasture areas and to forest plantations. The disturbances in the forest C cycles will release CO2 emissions to the atmosphere triggering global warming. In this study the focus was set in subtropical soils in Brazil, south extreme region of Bahia. The aim of the study was to investigate whether reforestation of Eucalyptus plantations under former pasture areas will help mitigate climate change through carbon sequestration.

In the latest years the Swedish armed forces have gone from an armed force with conscripts to voluntary men and women. When the basic training is voluntarily may the question be if the new men and women have the same approach to Desirable competences and pedagogy that is used by their officers during their training. Desirable competences are a part of the model transformational leadership and are divided into task related competence, management competence, social competence and capacitate to cope with stress.To deal with this problem I have used questionnaires from conscripts and a new questionnaire made on voluntary recruits.I have compared the results in a case study method and it shows a positive progress from the recruits view how the officers use examples from the transformational leadership. The study shows that recruits want officers to make demands, motivate and inspire them. The recruits want to know the goal with the education and they want the officers to make demands on them..

För att kunna gå en hållbar morgondag tillmötes är det viktigt att miljöpåverkan från oss människor uppdagas och sätts i balans. Växthuseffekten är en av de världsomfattande angelägenheter som visat sig påverka ekologin och som för med sig stundande klimatförändringar vars utbredning ännu inte går att förutspå. Förändringar i våra rutiner måste till, och en del i det hela är att öka medvetenheten för utsläppen som sker inom industrin. Kännedomen om storleken och härkomsten av utsläppen är viktig såväl till insikt för konsumenterna som till underlag för vart företagen ska fokusera sitt miljöarbete.Genom att tillämpa livscykelbaserade analysmetoder får företagen en utförlig bild över omfattningen av miljöpåverkan som sker associerat med en produkt. Ett sådant arbete kan även komma att mynna ut i en miljövarudeklaration som kan användas av företaget i syfte att kommunicera utåt mot konsumenter och affärspartners.

The purpose of the study was to investigate, using data from the sacerdotal culture, t h espouses of five priests. The main questions were: How does the priestly calling affect thespouse? Do the spouses involve themselves with voluntary work? Do the spouses feel thecongregation have expectations? Do the female and male answers differ?The sacerdotal culture has consisted of several elements. The main element is the priest?scalling for his work.

The aim of this thesis is to create an understanding of the incentives for forest companies to invest in reducing carbon dioxide emissions from deforestation and forest degradation, which is termed REDD. The Brazilian Amazonas was chosen as the base for the investment case. Brazil has the largest area of rainforest in the world, and also the biggest problem with deforestation. The Amazon region of Brazil comprises rainforest which is largely intact and unexploited. Accordingly, there is significant potential scope for prospective investments in a REDD-project, and so have a noteworthy impact in preventing deforestation.The research approach used the United Nation?s Clean Development Mechanism concept was used as a framework for ascertaining the investment costs in potential REDD-projects.

The energy use in a workshop company has been examined in this work in order to find areas for energy efficiency improvement. The combined oil and electricity heating in the company were compared with other alternative heating systems including cooling of the premises in following combinations:Ground source heat pump for heating and coolingDistrict heating and absorption coolingDistrict heating and low temperate surface water coolingEnergy use, operation costs and carbon dioxide emissions were calculated for the current heating systems and the three alternatives including cooling. The ground source heat pump for heating and cooling decreases bought energy with 34 MWh annually compared to current heating only. The district heating and low temperate surface water cooling has the largest reduction of operation cost and carbon dioxide. The operation cost decreases with 42 kSEK and the carbon dioxide with 43 metric ton CO2 annually.

During the last decades the housing sector has increased continuously, and housings and services accounted for 40 % of the energy usage in Sweden during 2011. The expansion in number of buildings in society has resulted in an increase in both energy usage and emissions of greenhouse gases. It is crucial to enable a sustainable development of society and as a result, the demand to reduce the emissions of carbon dioxide is a current question. In this study, the carbon dioxide emitted from the housing sector in Stockholm is estimated. The housing sector can be divided into different types of houses such as apartment blocks, single-family houses and holiday houses. By collecting information of the energy purchased in respective households, a computational model is generated that calculates the total emission of carbon dioxide.

Uppsats för avläggande av filosofie kandidatexamen i Kulturvård, Konservatorsprogrammet 15 hpInstitutionen för kulturvårdGöteborgs universitet2014:49.

Oxygen consumption and carbon dioxide production are usual measurements within the sports and training physiology. The same measurements are also common when it comes to establish the amount of energy that is used during work and to establish the intensity of work. The volume of oxygen that is consumed contra the volume of carbon dioxide that is produced can be used to calculate the metabolic rate within the human body. This calculation shows the percent relationship between carbohydrates and fat in the metabolism. The first accurate method to measure the breathing gases for use in metabolic calculation was established in the early twenty century when the Douglas bag method was introduced.

The purpose of the study was to investigate, using data from the sacerdotal culture, t h espouses of five priests. The main questions were: How does the priestly calling affect thespouse? Do the spouses involve themselves with voluntary work? Do the spouses feel thecongregation have expectations? Do the female and male answers differ?The sacerdotal culture has consisted of several elements. The main element is the priest?scalling for his work.

In conventional viscose manufacturing, a large amount of carbondisulfide is consumed. This amount has to be decreased to keep the production cost down and to reduce the environmental impact. The purpose with this work was to show if an enzyme treatment of a dissolving pulp could increase the degree of substitution in the viscose so that the amount of carbon disulfide consumed in the process could be decreased. Previous investigations by Kvarnlöf (2007), Engström et.al. (2006) and Henriksson et.al.

Biogas is a renewable energy source that is produced by anaerobic digestion of organic mate-rial. In Sweden, biogas predominately comes from sewage water sludge and landfills or from organic waste of households and industries. Small scale digestion plants at farms are espe-cially expected to contribute to increased biogas production in the future. Biogas can be ob-tained directly in it?s raw form and used as fuel in a combustion chamber.

Each year, the coffee machines at Ericsson in Kista produce around 100 tons of ground coffee waste.The companies Coor Service Management, Löfbergs Lila and Selecta are all responsible for differentstages in the logistical chain in delivering coffee and, together with Ericsson, they want to increasetheir environmental benefit. The plan is to produce biogas through anaerobic digestion instead ofincinerating the coffee waste in a heating plant. The results are to be presented as different businesscases in which different biogas plants are compared with the reference case (heating plant),comparing costs and environmental impacts.There are two major environmental benefits from producing biogas; reduced carbon dioxideemissions from when fossile fule is replaced by carbon neutral biogas, and reduced emissions fromreturning digestate from the bio reactor to farmland instead of using industrial fertelizer.In order to determine the biogas potential in coffee waste, a couple of properties had to bedetermined in a laboratory. Properties such as the dry substance content, heating value, moisturecontent and ash content. The results show that 100 tons coffee waste could produce around 16 500Nm3 biogas which would contain 163 MWh.The biogas reactor and upgrade plant both need energy gas to function and uses around 14 MWh ofthe produced gas.