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The following project Agriculture in Liberia - stories from four students seeks to provide a deeperunderstanding about how perceptions of roles and possibilities are linked to their education context.In order to do so an approach inspired by ethnography have been used when carrying out field workat the Oxfam IBIS Education of Youth Empowerment (EYE) center in Zwedru. We have used anexplorative approach doing our fieldwork when collecting our data which gave us the possibility tolet the surroundings influence our topic. Throughout the fieldwork we used informal conversations,participant observations and two types of interview methods. This data being the foundation for ourproject. For the analytical part of the project two theorist, Margaret Somers and Paulo Freire, havebeen used two shed light on the themes we found through coding our empirical data. In the end itbecomes possible to conclude, that the students achieve perspectives about what is possible forthem to change in their own life, but in Liberia as well. These perspectives are related to theagriculture skills accomplish.

This report is made to introduce, document and discuss our process of creating a bionic hand that isremotely controlled by a hand tracker. This project is meant to challenge us with various programmingrelated obstacles, and to further our own personal ambitions in regards to our study of computer science.Therefore, this report will go over our acquired knowledge, our process and the different componentsof the project. We use the iterative model to structure our acquired knowledge, and use it to discussthe success of the project.

This paper examines an alternative to the conventional Danish farming industry, from the perspective of the next generation of organic farmers from Kalø Økologiske Landbrugsskole (Kalø Organic Agriculture College). We found that the current state of affairs is liable for negatively contributing to the climate crisis, through excessive cultivation of the Danish land mass, and CO₂ and methane emissions emanating from the meat-industry, specifically, in pig production. Moreover, we found that the industry is economically unstable, caused by inflation and overreliance on growth and optimization, limiting the flexibility of Danish farmers and hindering conversion to sustainable land-use. As such, we proceeded on the base of necessity for a fundamental re-shaping and -thinking of the field of agriculture going forward and examined the understanding of the forthcoming landscape for young Danish farmers. To this end, we accounted for the environmental ethics in the normative view of nature, superseded from an anthropocentric worldview based on liberal values and domestication of nature – as seen through our inclusion of anthropologist Ghassan Hage. We then examined the principles of organic farming, and the accompanying ontology of ‘green ecology’, prevalent, in part, on Kalø Økologiske Landbrugsskole. To gather empiric data of the institution and its students, we went on a field excursion, where we overlooked two courses, in pig’s digestion and introduction to pig production, and interviewed two farming-students with tangible plans for the future. Both the institution and our two subjects, Adrian (A) and Viktor (V), showcased different schools of thought in regard to the future of agriculture and view of nature, but a definite wish for a disruption of the conventional Danish farming. A seemed to project an idealistic execution of the organic principles, but, in lingo with his future partner, V, took certain reservations with adhering to the economic ‘reality’ of running a business. In so, displaying both an ecological view of nature and sustainability, whilst reproducing anthropocentric liberal values as defined by Hage. Conclusively, we discussed the pros and cons of the different views of nature, the future of organic agriculture in Denmark and the potential of A and V’s participation in shifting the paradigm. Nonetheless, we find the necessity for a future shift in the view of nature, to accommodate a different approach to agriculture in regards to the climate crisis and sustainability.

Kan radardata fra satellitter bruges til at afdække omfanget af mindre sæsonbetingede oversvømmelser på eksempelvis marker? Hvor meget vand der skal til, før vi kan observere det via radardata? Og ved hvilke værdier defineres vand i datasættet? Hvordan skal data fra radarsatellitterne fortolkes, og hvordan fungerer teknologien? Dette er nogle af de spørgsmål der vil blive besvaret i dette projekt. Der vil blive taget udgangspunkt i empiriske feltstudier. Derudover vil der være data fra Sentinel-1 satellitterne i det Europæiske Copernicus program. Der vil derudover også blive taget udgangspunkt i TRIN-modellen fra Jørgensen 2017, for at forstå teknologien. Derudover vil der blive beskrevet, hvordan de øgede nedbørsmængder forventes at påvirke landbruget, samt risikoen for flere sæsonbetingede oversvømmelser.

“Multifunctional land consolidation” (in Danish: “multifunktionel jordfordeling”) is a regulatory approach to land use that encourages efforts to combat climate change and increase biodiversityin combination with other societal interests such as rural development, opportunities for recreation, and economic development for farmers. Since 2019, the Danish Agricultural Agency has run apilot subsidy scheme granting municipalities the funds to cover land consolidation charges through voluntary agreements with landowners. Using theories of governance and multifunctionality, thisproject analyses the opportunities of the pilot scheme to contribute to the mitigation of climate change and improvements of biodiversity. It is argued that the municipalities running projects mustdevelop new competencies as facilitators, which in turn reflects an emerging supervisory mode of governance. However, while voluntary participation is essential, the scheme does not require projects to be fully co-created by landowners and residents, and the funding structure of the scheme also undermines this effort. We argue that a greater focus on co-creation and more funding within the scheme could lead to greater levels of landowner support, which in turn could generate larger-scale changes in support of sustainable land use.

The way internet changes organizations and their structures have been visible to the eye for a while now. Digitization does not only change companies but also challenges their whole existence, constantly pushing them to prove themselves. The concept of digital disruption can be a sign of an end for the traditional companies which do not adapt fast enough. Our paper focuses on the identification of factors that could foretell the future of a company by analyzing the case of Netflix and Blockbuster. Examining the factors of disruptive innovation theory, project life cycle and technological life cycle our findings revealed how Netflix revolutionized the film industry itself over the years, as well as what Blockbuster lacked and ultimately required in order to survive. Furthermore, our paper looks beyond Netflix’s AI solutions to reveal a glimpse of what is to come.

In this study the potential for reduction of greenhouse gasses from the Danish agricultural sector by the implementation of pyrolysis in manure management is evaluated. Using Life Cycle Assessment Carbon Footprints of the following four manure management systems are calculated based on the functional unit management of 1 ton of pig manure:• Ref 1: Manure is applied directly to soil• Ref 2: Manure is used for biogas production then applied to soil• Scen 1: Manure separated in liquid and fibrous fractions. The fibrous fraction is used for pyrolysis and biochar is applied to soil. The liquid fraction is applied directly to soil• Scen 2: Manure is used for biogas production then separated in liquid and fibrous fractions. The fibrous fraction is used for pyrolysis and biochar is applied to soil. The liquid fraction is applied directly to soilCombined, the two reference systems represent the current manure management system in Denmark where 20% of all manure is used for biogas production. A Carbon Footprint of 167 kg CO2e per ton manure was found for this system. This functions as the basis of comparison for the two pyrolysis scenarios.The Carbon Footprint of Scen 1 and Scen 2 was found to be 87 and 121 kg CO2e per ton manure representing a 48% and 27% reduction compared to the current manure management, respectively. The main causes of the reduction are reduced emissions of methane from storage and CO2 from field processes. Using these Carbon Footprints reduction potentials were calculated assuming implementation of the pyrolysis scenarios for the total amount of pig- and dairy manure in Denmark. A potential reduction of 3.7 mio ton CO2e for Scen 1 and 2.1 for Scen 2. This corresponds to 34% and 19% of the total emissions from the Danish agricultural sector.

Spotify’s patented technology is an example of how Adorno and Horkheimer’s con-cept ‘irrational regress’ is inherent to surveillance capitalism. The data collected through Spotify’s new patented voice recognition technology may be legal according to the GDPR and Human Rights Declaration, however, ethical concerns arise. The data collected through this technology has the potential for manipulation and exploitation, as well as producing and upholding existing asymmetrical power structures which turn individuals into data sub-jects. Knowledge of the issues this presents is crucial for collective action which is deemed neces-sary to change current social reality. This paper presents a critical examination of Spotify’s new patent titled ‘Identification of taste attributes from an audio signal’ and their product ‘Car Thing’. It will provide a general introduc-tion to the voice and its embodied characteristics which functions as background knowledge for further analysis of voice recognition technology, as well as introduce important concepts such as Surveillance Capitalism and Digital Citizenship. This paper adopts a Critical Theory approach when analyzing and discussing the problems and dangers of collecting data on users with voice recognition technology.

This project examines how the interaction between school and parents are influenced by digitalisation, and to which degree the socioeconomical status of the parents is a contributing factor. Furthermore, the project looks into the parents’ experience with emergency schooling during the COVID-19 pandemic and how they have handled the emergency schooling situation. The analysis is based on seven semi-structured interviews with parents who has a child enrolled in the Danish primary school. Through theory, primarily based on Maria Ørskov Akselvolls theory about ‘cooperation and strategies of involvement’, the project explains a new type of parental involvement, in which parents are demanded to be reachable all hours during the day in activities regarding their children’s school. Hereby an examination of how increased digitalisation has changed the communicative interaction between school and parents. The analysis shows how parent’s digital prerequisites are an important factor in supporting their children during the emergency schooling. Furthermore, the project aims to outline how parents are forced by underlying norms and expectations from the school, in addition to support the children academically. This is in accordance with the choice of scientific theory “critical realism”, which tries to uncover the non-observational structures and norms of society. These expectations and norms seem to have a great impact on the parental style, which can be categorized as ‘concerted cultivation’. Finally, the project discusses how an increased amount of digitalisation is affecting the parents and children – not only in a school related context but in general as well. The conclusion of the project is held up against an international perspective with a discussion of how emergency schooling during COVID-19 will affect the future constellation of the school system.