<p>The development of software was considered until the beginning of the 1990th as a cathedral like product development in closed companies. This way of development changed in the last decade. Open source software (OSS) development challenged this consideration significantly. OSS is produced in co-operation by skilled people, distributed and used by many moral agents. The result, the software itself, can be studied and modified. Herein is the main incentive for people to develop the software. In such a mode of production the freedom to access knowledge and information (=source code) is a necessity to produce the artifact (software).</p><p>Software is a digital entity. The main difference in comparison to natural resources like oil, land, minerals is that it can be used and reproduced without losses. It lacks the capacity of getting naturally scarce. Contemporary intellectual property rights assume implicitly that goods might getting scarce one day. Imbedded in the term intellectual property is also an idea of "fencing" objects. In this thesis I will argue that anartificial"encing"of digital objects might cause unintentional bad consequences for the society. An other quality intellectual property rights are claimed to have is that they serve as an incentive for inventors/authors to produce new inventions and ideas. The practice of OSS development works without such an incentive provided by intellectual property rights.</p><p>The moral conflict, which I attempt to unravel in this work deals with the question to what extend the application of intellectual property rights in software is necessary and how restrictive particular property rights in digital objects should be - if there should be any at all. Knowledge as the factor of production is of the same value in knowledge societies as land was for agrarian societies. The difference is in the mode of production and the un-limitless availability of digitalized knowledge. I argue that the"protection"of knowledge, and software is knowledge, has to be carefully revised in so called knowledge societies.</p>

The Canadian canola breeding sector met a transition from publicly funded breeding research to large private investments in research and development (R&D). The increasing use of biotechnology tools in the mid 1990s made the assignment of plant ownership technically possible while the legislative safeguards that were put in place during the same period enabled owners to take juristic actions against potential infringers. Today, canola breeding sector is dominated by large multinational firms. The generation of proprietary knowledge in the canola breeding sector has caused a freedom to operate issue. Private and public firms conducting canola R&D are seriously concerned about their ability to gain and preserve access to key technologies in an IPR world. <p>This thesis uses the tragedy of the anticommons framework to analyze the consequences of increased intellectual property protection in the canola breeding sector. Theory suggests that when a common resource is owned by multiple owners, each of the owners has the incentive to overcharge potential users, leading to the underuse of the resource. In R&D, different owners of complementary technologies may overcharge potential R&D firms that want to assemble different technological pieces to produce a new one. The result is forgoing research and development of new products.<p>The results of personal interviews with thirteen canola researchers and IP officers are presented and analyzed. The results suggest that the increase in the intellectual property protection in the last two decades in the canola breeding sector has led to difficulties with canola R&D. These difficulties take the form of reduced access to current, proprietary and public material. With hampered access to research input material, research output is not maximized and potential research may be forgone. Interviewees described how the increase in the intellectual property protection affects their personal and organizations ability to conduct research as well as some the implications of the new IP regime on the canola breeding sector. There is indication that canola breeding sector is moving towards a super-protectionism. Under these conditions, canola R&D firms, private and public, are in search for ways that will open access to enabling technologies and research areas. The creation of platform technologies and collaborations are the most prominent ones and are observed to increase in occurrence world wide.

The development of software was considered until the beginning of the 1990th as a cathedral like product development in closed companies. This way of development changed in the last decade. Open source software (OSS) development challenged this consideration significantly. OSS is produced in co-operation by skilled people, distributed and used by many moral agents. The result, the software itself, can be studied and modified. Herein is the main incentive for people to develop the software. In such a mode of production the freedom to access knowledge and information (=source code) is a necessity to produce the artifact (software). Software is a digital entity. The main difference in comparison to natural resources like oil, land, minerals is that it can be used and reproduced without losses. It lacks the capacity of getting naturally scarce. Contemporary intellectual property rights assume implicitly that goods might getting scarce one day. Imbedded in the term intellectual property is also an idea of "fencing" objects. In this thesis I will argue that anartificial"encing"of digital objects might cause unintentional bad consequences for the society. An other quality intellectual property rights are claimed to have is that they serve as an incentive for inventors/authors to produce new inventions and ideas. The practice of OSS development works without such an incentive provided by intellectual property rights. The moral conflict, which I attempt to unravel in this work deals with the question to what extend the application of intellectual property rights in software is necessary and how restrictive particular property rights in digital objects should be - if there should be any at all. Knowledge as the factor of production is of the same value in knowledge societies as land was for agrarian societies. The difference is in the mode of production and the un-limitless availability of digitalized knowledge. I argue that the"protection"of knowledge, and software is knowledge, has to be carefully revised in so called knowledge societies.

The Canadian canola breeding sector met a transition from publicly funded breeding research to large private investments in research and development (R&D). The increasing use of biotechnology tools in the mid 1990s made the assignment of plant ownership technically possible while the legislative safeguards that were put in place during the same period enabled owners to take juristic actions against potential infringers. Today, canola breeding sector is dominated by large multinational firms. The generation of proprietary knowledge in the canola breeding sector has caused a freedom to operate issue. Private and public firms conducting canola R&D are seriously concerned about their ability to gain and preserve access to key technologies in an IPR world. <p>This thesis uses the tragedy of the anticommons framework to analyze the consequences of increased intellectual property protection in the canola breeding sector. Theory suggests that when a common resource is owned by multiple owners, each of the owners has the incentive to overcharge potential users, leading to the underuse of the resource. In R&D, different owners of complementary technologies may overcharge potential R&D firms that want to assemble different technological pieces to produce a new one. The result is forgoing research and development of new products.<p>The results of personal interviews with thirteen canola researchers and IP officers are presented and analyzed. The results suggest that the increase in the intellectual property protection in the last two decades in the canola breeding sector has led to difficulties with canola R&D. These difficulties take the form of reduced access to current, proprietary and public material. With hampered access to research input material, research output is not maximized and potential research may be forgone. Interviewees described how the increase in the intellectual property protection affects their personal and organizations ability to conduct research as well as some the implications of the new IP regime on the canola breeding sector. There is indication that canola breeding sector is moving towards a super-protectionism. Under these conditions, canola R&D firms, private and public, are in search for ways that will open access to enabling technologies and research areas. The creation of platform technologies and collaborations are the most prominent ones and are observed to increase in occurrence world wide.