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| Registros recuperados: 160 | |
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| Sørensen, C.G.; Nielsen, V.. |
| Organic farming is generally considered to require more labour than conventional farming, as the assumption is that chemical inputs are substituted by factors like new knowledge, practices and labour. However, the overall effect on labour and machinery usage when carrying out a transition from conventional to organic farming depends in a complex way of the type of production, different farm-specific factors, etc. In order to investigate the labour usage in organic farming as compared with conventional farming an integrated approach involving labour budgeting, labour profiles, labour quality, etc. has to be applied. |
| Tipo: Working paper |
Palavras-chave: Buildings and machinery. |
| Ano: 2002 |
URL: http://orgprints.org/2433/1/Labour_and_machinery_in_organic_farming.pdf |
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| Idag rensas ogräs för hand i KRAV-odlingen. Detta är relativt dyrt och det är svårt att hitta personer som vill utföra detta jobb. För att öka volymen behövs det en automatisering av den mekaniska ogräsbekämpningen i den ekologiska odlingen. Ett pågående forskningsprojekt, som finansieras av Formas och avslutas under 2003, syftar till att utveckla metoder för att kunna styra en maskin så att den kan rensa ogräs mekaniskt på egen hand med hjälp av en kamera som kan skilja mellan plantan och ogräs. Detta forskningsprojekt och dess resultat har rönt stort internationelt intresse. Målet med detta projekt är att uppnå en robust och kostnadseffektiv automatisering av mekanisk ogräsbekämpning för ekologisk odling av sockerbetor. |
| Tipo: Project description |
Palavras-chave: Weed management; Buildings and machinery. |
| Ano: 2023 |
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| Sørensen, Claus G.; Nørremark, Michael; Jørgensen, Rasmus N.; Jensen, Kjeld; Maagaard, Jørgen; Jensen, Lars Aa.. |
| Based on the development of a robotic tool carrier (Hortibot) equipped with weeding tools, a feasibility study was carried out to evaluate the viability of this innovative technology. The feasibility was demonstrated through a targeted evaluation adapted to the obtainable knowledge on the system performance in horticulture. A usage scenario was designed to set the implementation of the robotic system in a row crop of seeded bulb onions considering operational and functional constraints in organic crop, production. This usage scenario together with the technical specifications of the implemented system provided the basis for the feasibility analysis, including a comparison with a conventional weeding system. Preliminary results show that the automation... |
| Tipo: Conference paper, poster, etc. |
Palavras-chave: Buildings and machinery. |
| Ano: 2007 |
URL: http://orgprints.org/11263/1/ASABE_paper_(2007)_%2DS%C3%B8rensen.pdf |
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| Idag rensas ogräs oftast för hand i KRAV-odlingen. Detta är relativt dyrt och det är svårt att hitta personer som vill utföra detta jobb. För att öka volymen av de ekologiskt odlade grödorna behövs det en automatisering av ogräsbekämpningen. Målet med detta forskningsprojekt är att utveckla metoder för att kunna styra en maskin så att den kan rensa ogräs mekaniskt på egen hand. Maskinen kommer att vara utrustad med två bildbehandlingssystem: en framåtriktad kamera för att kunna känna igen raderna som gör det möjligt för maskinen att exakt kunna följa raderna på egen hand. Den andra, nedåtriktade, kameran har som uppgift att kunna skilja mellan plantan och ogräs och att styra ett mekaniskt ogräsrensningsverktyg monterat på maskinen. Den centrala... |
| Tipo: Project description |
Palavras-chave: Weed management; Buildings and machinery. |
| Ano: 2023 |
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| Johanssen, Juni Rosann E.; Sørheim, Kristin. |
| The Norwegian Centre for Organic Agriculture (NORSØK), in collaboration with the Norwegian Agricultural Extension Service (NLR), Debio and the Norwegian Association of Sheep and Goat Farmers (NSG), has written a report to provide practical solutions to meet the requirements of the EU-regulation about a solid lying area for at least 0,75 m2 of 1,5 m2 per sheep and 0,18 m2 of 0,35 m2 per lamb in organic production. It was made drawings and cost estimates for six different examples in the report, and six different info-sheets was made, one for each of the six examples. This is the fourth of the six examples. Faginfo nr. 6: Eksempel 1 - Fjøs i Trøndelag til 220 økologiske vinterfôra sau Faginfo nr. 7: Eksempel 2 - Fjøs i Agder til 60 økologiske vinterfôra... |
| Tipo: Other |
Palavras-chave: Farming Systems; Animal husbandry; Sheep and goats; Health and welfare; Buildings and machinery. |
| Ano: 2017 |
URL: http://orgprints.org/32552/1/NORS%C3%98K%20Faginfo%20nr.%209%202017%20Tett%20liggeareal.pdf |
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| Trump, Andrew. |
| The opportunities for using an non-inversion tillage (NI) approach in organic systems has not been well investigated by research and what research has been done has not perhaps been sufficiently long-term. The benefits of the system in terms of the economics of establishment and the improvement in soil quality make the system attractive, but it is a system that will take some time to get established and is one that will require the farmer to “hold his nerve” as grass weed, perennial weed burdens and slug predation may increase in the early years of implementation. In conventional systems and the POB work yields have reported to drop when implementing an NI system. This is before some of the benefits of a better quality soil are seen, but in the work done... |
| Tipo: Report |
Palavras-chave: Farm nutrient management; Buildings and machinery; Soil tillage. |
| Ano: 2008 |
URL: http://orgprints.org/13572/2/Res_review_9_trump.pdf |
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| Johanssen, Juni Rosann E.; Sørheim, Kristin. |
| The Norwegian Centre for Organic Agriculture (NORSØK), in collaboration with the Norwegian Agricultural Extension Service (NLR), Debio and the Norwegian Association of Sheep and Goat Farmers (NSG), has written a report to provide practical solutions to meet the requirements of the EU-regulation about a solid lying area for at least 0,75 m2 of 1,5 m2 per sheep and 0,18 m2 of 0,35 m2 per lamb in organic production. It was made drawings and cost estimates for six different examples in the report, and six different info-sheets was made, one for each of the six examples. This is the third of the six examples. Faginfo nr. 6: Eksempel 1 - Fjøs i Trøndelag til 220 økologiske vinterfôra sau Faginfo nr. 7: Eksempel 2 - Fjøs i Agder til 60 økologiske vinterfôra sau... |
| Tipo: Other |
Palavras-chave: Production systems; Farming Systems; Animal husbandry; Sheep and goats; Health and welfare; Buildings and machinery. |
| Ano: 2017 |
URL: http://orgprints.org/32551/1/NORS%C3%98K%20Faginfo%20nr.%208%202017%20Tett%20liggeareal.pdf |
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| Sørensen, C.G.. |
| Den fortsatte udvikling af det økologiske jordbrug indebærer bl.a., at der i stigende omfang inddrages eksisterende samt nye innovative teknologier/maskintyper og –systemer, som decideret er tilpasset det økologiske dyrkningsprincip. Dette er et resultat af den stigende professionalisme, specialisering og hensyntagen til rationelle produktionsmetoder blandt økologiske bedrifter, hvilket medfører en ændring fra kun at satse på ”naturlige” metoder til at opfatte teknologiens muligheder som en integreret del af den økologiske produktionsform. Rapporten beskriver udvalgte forhold omkring teknologi, som forventes at være aktuel i relation til en økologisk produktion. Omtalen er delt op på produktionsområder og koncentrerer sig om de områder i produktionen, som... |
| Tipo: Working paper |
Palavras-chave: Buildings and machinery. |
| Ano: 2001 |
URL: http://orgprints.org/2434/1/Okologisk_teknologi.pdf |
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| Registros recuperados: 160 | |
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