Temporary architecture is an alternative urban planning concept which has been adapted in many cities worldwide during the last decade. There is however no common definition for temporary architecture and it is diversely labelled and applied. In 2013 it also became publicly introduced in Stockholm via the approval of the city's first architectural guideline. Temporary architecture is presented in the guideline as a potential tool for exploring public spaces among other architecture related themes. The ideas for temporary architecture are ambitious and promising. The problem is that they are vague and leaves questions regarding performance unanswered.

Att äta insekter benämns som entomophagy. Cirka två miljoner människor på jorden beräknas äta insekter i dagsläget. Det är dock inte vanligt förekommande i västvärlden där entomophagy ofta möts med avsky. Eftersom insekter är resurssnåla och näringsrika kan livsmedlet dock vara av betydelse för att mätta världens växande befolkning utan att samtidigt tära på miljön. Därmed bör ätbara insekter även vara av intresse i Sverige.

To curb greenhouse gases and mitigate climate change is one of the biggest challenges human society face today. Carbon dioxide (CO2) has accumulated rapidly in the atmosphere as a consequence of burning of fossil fuels and deforestation. The aim of this study is to explore two methods to store carbon dioxide in geological formations and biological sinks. The aim is also to discuss the two mitigation options from a sustainable perspective and whether it can lead to a better environment and benefits for local and global societies. The research questions are: Which method to store carbon dioxide, geological or biological, is the most effective? Which method to store carbon dioxide, geological or biological, has the greatest potential to promote sustainable development for local communities?The method used is a comparative case study and presents four case studies that explore the potential for CO2 storage offshore in Norway and Brazil; and in tropical forests in Mexico and Brazil.

In recent decades, the concept of corporate culture has emerged as an increasingly important factor in the business world, as evidenced by a rise in research and efforts to direct it in various ways. The pandemic has led to significant changes in work processes and office environments as operations shifted to remote work. The purpose of this report is to investigate the impact of remote work on corporate culture and its potential advantages and disadvantages. Additionally, the report aims to analyze how corporate culture currently looks, considering the potential presence and adaptation to hybrid work. Based on a multi-case study, it includes interviews with ten individuals from five different organizations.

The last hundred years humans have drastically changed the amount of available nitrogen in nature. Today human activities release twice as much available nitrogen as all natural processes are doing together. We also have degraded nature´s possibilities to take care of nitrogen through the draining of wetlands and straightening of rivers. In order to regain the potential of nitrogen retention in the water systems there now requires a reshape of the landscape we live in. A planned expansion of the mining activities in Garpenberg, Dalarna, would double the content of nitrogen in the waters below the mine.

In a sustainable society the use of renewable energy and recycling of materials is of high importance. Wastewater treatment plants use large amounts of energy in the processing of wastewater. This study seeks to evaluate wastewater as an energy resource and to examine treatment plants potential to become sustainable energy producers. The study is based upon the internal processes of Himmerfja?rdsverket.

The aim of this study was to examine the current and historic mercury(Hg) load of the lake Storjuktan due to its recent exposure to a local potential source of Hg in form of the Sulphide mine Blaikengruvan(2006) and an earlier potential sources of Hg-load, the damming of the lake(1960s). Sediments were extracted using a HTH-sampler, freeze-dried, and analyzed for tot-Hg, LOI and activity of 210Pb and compared to samples extracted prior to the opening of the mine(2006). Constant initial concentration (CIC)-dating model was used for dating the samples. Low levels of Hg (100ng/g) were found throughout the lakes sediment. The highest levels of Hg(220ng/g) was detected at a depth of 4-5cm dating back to the mid 1970:s, suggesting that increased levels of atmospheric Hg rather than damming of the lake has caused the increase of Hg.

Partnering is a collaboration method where the contractor and the client work together, based on a mutual trust towards each other and with a common goal for the project. The method originates from the United States where it was early adapted by the U.S. Army Corps of Engineers. It later spread internationally where the United Kingdom and Denmark were early in Europe to see the potential with partnering, to help aid with the issues they were having where construction projects kept running late, going over budget and lacked in quality. By using partnering you can achieve a shorter building time, improved work relationships and enhanced efficiency and cost effectiveness.

En omfattande miljöpåverkan till följd av användandet av fossila bränslen har letttill ett behov av alternativa energikällor som inte bidrar till en ökad växthuseffekt.Biogas har potential att produceras som ett koldioxidneutralt bränsle. Det energibesparande ämnet i biogas är metan och kandidatarbetets syfte är att framställametan under katalytiska processer.Metan kan skapas genom den sa kallade Sabatier-reaktionen där koldioxid ochvätgas reagerar till just metan och biprodukten vatten. Denna reaktion har studeratsur ett praktiskt, miljömässigt och ekonomiskt perspektiv. En Sabatier-reaktori laborativ skala har designats och konstruerats. Flertalet försök har gjorts för attutvärdera effekten av olika parametrar såsom temperatur, volymsflöde och gassammansättning.

En omfattande miljöpåverkan till följd av användandet av fossila bränslen har letttill ett behov av alternativa energikällor som inte bidrar till en ökad växthuseffekt.Biogas har potential att produceras som ett koldioxidneutralt bränsle. Det energibesparande ämnet i biogas är metan och kandidatarbetets syfte är att framställametan under katalytiska processer.Metan kan skapas genom den sa kallade Sabatier-reaktionen där koldioxid ochvätgas reagerar till just metan och biprodukten vatten. Denna reaktion har studeratsur ett praktiskt, miljömässigt och ekonomiskt perspektiv. En Sabatier-reaktori laborativ skala har designats och konstruerats. Flertalet försök har gjorts för attutvärdera effekten av olika parametrar såsom temperatur, volymsflöde och gassammansättning.

The intention of this thesis is to examine "The Oprah Winfrey Show" and its position and functions in the public sphere. Particularly interesting aspects are like the linking of private and public issues, the show's potential as a forum for debate and dissemination of knowledge, and what types of criticism the show has been subjected to. The methods used dealt with the textual aspects of the show. Semiotic analysis and conversation analysis were applied to five episodes and a search of literature was made. The thesis rests on theories concerning television studies and talk shows, in addition to theories on modernity and identity.

This study investigates the potential of a rhetorical theory of knowledge to expand beyond its own domain and into political theory, specifically theories of deliberative democracy. Despite the increasing interest in communication in democratic theory in the last decades, the majority of theorists have not turned their interest towards rhetorical science. On the contrary, theorists often regard rhetoric as dangerous and incompatible with the deliberative ideal of reason. The aim of this study is therefore to defend rhetorical science by investigating how the rhetorical theory of knowledge ? as it is presented by Chaïm Perelman and Oldbrecht Tyteca, and further developed by Mats Rosengren and Maria Wolrath Söderberg ? can contribute to the understanding of deliberative democracy.

En omfattande miljöpåverkan till följd av användandet av fossila bränslen har letttill ett behov av alternativa energikällor som inte bidrar till en ökad växthuseffekt.Biogas har potential att produceras som ett koldioxidneutralt bränsle. Det energibesparande ämnet i biogas är metan och kandidatarbetets syfte är att framställametan under katalytiska processer.Metan kan skapas genom den sa kallade Sabatier-reaktionen där koldioxid ochvätgas reagerar till just metan och biprodukten vatten. Denna reaktion har studeratsur ett praktiskt, miljömässigt och ekonomiskt perspektiv. En Sabatier-reaktori laborativ skala har designats och konstruerats. Flertalet försök har gjorts för attutvärdera effekten av olika parametrar såsom temperatur, volymsflöde och gassammansättning.

This thesis treats the extended Swedish rules regarding deduction limitations on interest. The purpose for this thesis is to investigate whether the interest deduction limitation rules have potential to protect the Swedish tax base. The thesis also assesses whether the options presented how the extended rules could look liked had been better to protect the Swedish tax base. Furthermore thin capitalizations rules have been evaluated if this is a better method to protect the Swedish tax base.In 2009 the Swedish deduction limitations rules on interest came in to force to protect the Swedish tax base. Despite these rules companies was still able to avoid Swedish tax and therefore threatened the Swedish tax base.

En omfattande miljöpåverkan till följd av användandet av fossila bränslen har letttill ett behov av alternativa energikällor som inte bidrar till en ökad växthuseffekt.Biogas har potential att produceras som ett koldioxidneutralt bränsle. Det energibesparande ämnet i biogas är metan och kandidatarbetets syfte är att framställametan under katalytiska processer.Metan kan skapas genom den sa kallade Sabatier-reaktionen där koldioxid ochvätgas reagerar till just metan och biprodukten vatten. Denna reaktion har studeratsur ett praktiskt, miljömässigt och ekonomiskt perspektiv. En Sabatier-reaktori laborativ skala har designats och konstruerats. Flertalet försök har gjorts för attutvärdera effekten av olika parametrar såsom temperatur, volymsflöde och gassammansättning.