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Knowledge and valuation of ecosystem services are important components for reaching the governmental goals for improving the natural environments. Recreational fishing has more than one million practitioners nationwide.Knowledge about the fishers and their catches increases the ability to assess whether the ecosystem services are retained. In addition, it gives means for evaluating the actions for the conservation, restoration and sustainable use of oceans, lakes and rivers. Knowledge of recreational fishing is also needed in order to follow up the details in its environmental objectives relating to outdoor recreation, tourism industry and the governmental goals in the open-air policy. The EU's common fisheries policy, the Swedish environmental policy and Swedish fisheries policy all emphasize that ecosystem-based management should be implemented. Thus, there are needs for knowledge of the ecosystems which are exploited by humans. Fish populations are important components of aquatic ecosystems, and are affected by the surrounding environment, while they themselves affect the structures of the aquatic food-webs. Fishes often have regulatory functions in the ecosystems, and thereby contribute to valuable ecosystem services in addition to the more obvious services as providing food and recreation for humans. Mostly issues regarding the impacts of fishing-related activities on fish populations have been focused on commercial fishing. A widespread and intensive commercial fishing may lead to the depletion of stocks or, at worst, a collapse of the fish populations; the fish population reaching such low levels that recovery may be difficult. In recent years the knowledge of the impact of recreational fishing on aquatic systems has increased, but still the effects of recreational fishing on ecosystem are relatively poorly studied, compared to commercial fisheries. For many, it may be difficult to accept that recreational fishing may affect fish populations; each fisher/angler favour just their own fisheries without bearing in mind that although the small influence from each individual fisherman may be small, it will be significant when many fishermen harvest from the same stock. Recreational fishing and its effects on the aquatic ecosystems are often neglected in fisheries science, mainly due to the lack of data to estimate recreational fishing harvest with a sufficient resolution to calculate the effort and landings of recreational fisheries. In this report, we try to give an overall picture of the fish species needing increased knowledge in order to get an estimate of harvest in recreational fisheries and thereby the effect on fish populations. Furthermore, we also try to give a picture of international studies and finally to give examples of methods concerning how and to what extent one may conduct studies in Sweden. Our proposal is largely based on combining different surveys in specific areas that we believe can be used to scale-up the results. We suggest data collation of recreational fishing is concentrated to areas with public waters, because in other water bodies the land owner has sovereignty under the law. The focus areas we point out are those already having some data collection, both in terms of recreational fishing and environmental monitoring / stock assessment and where there are non-fishing protective areas nearby. Collection of data should not be made in all areas at every year; three areas are suggested to become intensive areas (data collection every year) and the remaining areas data collection will take place every three years - on a rolling schedule. The sampling methods we recommend are national survey (i.e. mail and telephone surveys), recording of catches in fishing tourism, voluntary catch registration of individual anglers, collection of data from fishing competitions, on-site inventory of fishing effort (e.g. count fetter and trailers), inventory of catch per effort (e.g. by creel-surveys) and fish tagging studies. For the west coast we propose one focus area, Älgöfjorden. At the coasts of Bohuslän County and the northern part of Halland County the fishing pressure is high for lobster and crab and therefore a focus area should be established in this area. We suggest that data are collected by on-site visits for inventorying fishing effort (counting numbers of pots / buoys / fishing people), combined with catch registration can return an estimates on catch per effort, and this can then be applied to a larger area. Another potential focus area is the area around Torhamn (Blekinge) which, for example, is popular area recreational fishing for pike. Torhamn is one of three national reference areas for coastal fish monitoring on the East Coast and has been monitored since 2002. It is also desirable to study aspects of fishing mortality in recreational fisheries. To our knowledge, there are no national studies that have explored the effects of catch-and-release in natural environments over long periods of time. The Bråviken Bay is a relatively limited and well-defined area having considered high recreational fishing pressure, but large time series from fish monitoring programmes are lacking. This site will give good opportunities for studying pike, pikeperch and to some extent also sea trout, data collection is suggested to take place every third year. An adjacent area is Kvädöfjärden having fish monitoring time series from 1989. Closely situated to Kvädöfjärden is Licknevarpefjärden where fishing has been prohibited since 1970. Additional areas that are of interest to follow up with some regularity are Asköfjärden, Gålö and / or Lagnö in the Stockholm archipelago. In the future it might be fruitful to shift data collection intensity between Torhamn in Blekinge and an area in Stockholm archipelago. Such decision should be based on factors like where the most practical solutions / contact network can be found. In the Gulf of Bothnia angling with nets, traps and similar gears are relatively widespread. We suggest that Långvind Bay in Gävleborg County, is an area for the study of recreational fishing in a relatively sparsely populated county and is most likely typical for large parts of the Gulf of Bothnia. Data collection is suggested to take place every year. As for the Gulf of Bothnia the recreational fishery in the Bothnian Bay are mainly targeting the whitefish, sea trout and, to some extent also perch. By monitoring the recreational fisheries in Kinnbäcksfjärden near Piteå, we hope to be able to describe the local recreational fishing patterns and then apply these values for catch per effort for most of the coastal strip of the Bothnian Bays. Recreational fishing is widespread in all of the five largest lakes in Sweden, and there is a need for data collection in all five. In Lake Vänern, Lake Vättern and Lake Mälaren there are fish monitoring data of good quality and regularity. However, in the two smallest lakes, Lake Hjälmaren and Lake Storsjön in Jämtland County, few test fishing areas and few studies regarding recreational fishing have been made. For Lake Vättern we suggest that data collection is done every year; especially the archipelago in the northern part of the lake will be an excellent area for the study of recreational fishing for pike. In the other four lakes we propose that data collection is made every third year. By studying recreational fishing - its practitioners, scope, gear-use, and harvest, it will be possible to achieve a more detailed view of how recreational fishing is done and how it varies along the Swedish coast and in the five largest lakes. Such knowledge is important for the managers of common fisheries resources and the monitoring of environmental status and evaluating the recreational goals established by the Swedish governments.

International hydroacoustic surveys have been conducted in the Baltic Sea since 1978. The starting point was the cooperation between the Institute of Marine Research (IMR) in Lysekil, Sweden, and the Institute fur Hochseefisherei und Fishverarbeitung in Rostock, German Democratic Republic, in October ¨ 1978, which produced the first acoustic estimates of total biomass of herring and sprat in the Baltic main basin (Håkansson et al., 1979). Since then there has been at least one annual hydroacoustic survey for herring and sprat and results have been reported to ICES. The Baltic International Acoustic Survey (BIAS), is mandatory for the countries that have exclusive economic zone (EEZ) in the Baltic Sea, and is a part of the Data Collection Framework as stipulated by the European Council and the Commission (Council Regulation (EC) No 199/2008 and the Commission Data Collection Framework (DCF) web page1 ). The IMR in Lysekil is part of the Department of Aquatic Resources within Swedish University of Agricultural Sciences and is responsible for the Swedish part of the EU DCF and surveys in the marine environment. The Institute assesses the status of the marine ecosystems, develops and provides biological advices for the sustainable use of the aquatic resources. The BIAS survey is co-ordinated and managed by the ICES working group WGBIFS. The main objective of BIAS is to assess herring and sprat resources in the Baltic Sea. The survey provides data to the ICES Baltic Fisheries Assessment Working Group (WGBFAS).

International hydroacoustic surveys have been conducted in the Baltic Sea since 1978. The starting point was the cooperation between Institute of Marine Research (IMR) in Lysekil, Sweden and the Institute fur Hochseefisherei und Fishverarbeitung in Rostock, German Democratic Republic in October 1978, ¨ which produced the first acoustic estimates of total biomass of herring and sprat in the Baltic Main basin (H˚akansson et al., 1979). Since then there has been at least one annual hydroacoustic survey for herring and sprat stocks and results have been reported to ICES. The Baltic International Acoustic Survey (BIAS), is mandatory for the countries that have exclusive economic zone (EEZ) in the Baltic Sea, and is a part of the Data Collection Framework as stipulated by the European Council and the Commission (Council Regulation (EC) No 199/2008 and the Commission Data Collection Framework (DCF) web page1 ). IMR in Lysekil is part of the Department of Aquatic Resources within Swedish University of Agricultural Sciences and is responsible for the Swedish part of the EU DCF and surveys in the marine environment. The Institute assesses the status of the marine ecosystems, develops and provides biological advices for managers for the sustainable use of aquatic resources. The BIAS survey are co-ordinated and managed by the ICES working group WGBIFS. The main objective of BIAS is to assess herring and sprat resources in the Baltic Sea. The survey will provide data to the ICES Baltic Fisheries Assessment Working Group (WGBFAS).

Recreational fishing is of high social and economic value worldwide, and participation is increasing at a global scale. The extent and biological effect of recreational fisheries have only recently been characterized on a limited number of targeted stocks in Europe. Several studies have shown that there is an effect of recreational fisheries on stock status in Europe and globally, and the importance of acknowledging this sector is increasingly conceded. In Sweden, recreational fishing is defined by the Swedish Agency for Marine and Water Management as any fishing without a professional licence, i.e. fishing for own consumption, recreation, tourism and for competition. Annual surveys have shown that at least 1.4 million Swedes participate in recreational fisheries at least once per year, and total catches have been estimated to about 18 380 t. The species most frequently caught in Swedish recreational fisheries are perch, pike, brown trout, crayfish, lobster, Zander, salmon, Atlantic mackerel, Atlantic herring, and cod. Recreational fisheries are covered in national as well as international management strategies for sustainable fisheries, in particular the common fisheries policy (CFP). The CFP concerns adopting a precautionary approach to fisheries management, and in support of this the EU Data Collection Framework was introduced in 2001. In accordance with this, member states are obliged to collect data on e.g. recreational fisheries for selected species defined under the DCF (EU, 2008) or EU-MAP (EU, 2016). The current knowledge on recreational fisheries in Sweden is largely based on combined postal surveys and follow-up by telephone conducted by Statistics Sweden (SCB) on behalf of HaV. In this essay, the current knowledge on the Swedish recreational fisheries, available methods and key species is reviewed. Important research topics needing further examination, aiding the fulfilling the data collection obligations and increasing the overall understanding and knowledge of the Swedish recreational fisheries, are stated.

This chapter examines the conceptual framework boxes and fluxes on "Institutions and governance and other indirect drivers" (Ch. 1, Fig. 1). International and EU governance of relevance for ecosystem services, biodiversity and water is presented. Policy integration, policy coherence, management regimes and stakeholder involvement is reflected upon. The chapter contributes to further understanding of the current and future challenges for sustainable use and conservation of biodiversity and ecosystem services. It provides insights in options for integrating biodiversity and ecosystem services into sustainable development strategies and provides examples of current policy conflicts, along with trade-offs and innovative governance strategies for management of natural resources. Policy-makers need to find ways to handle policy conflicts, improve integration of different stakeholders' perspectives and value dimensions including ILK in policymaking, develop new data collection methods for linking biodiversity and ecosystem services, and develop governance systems that enhance transparency, sustainability and human well-being.

This paper aims at documenting the experience of the Environmental Research Center at the Royal Scientific Society in stakeholder participation in greywater management (treatment and reuse) in the rural communities in the northeastern Badia of Jordan. Stakeholders participating in the management process included local people, nongovernmental organizations, community-based organizations, governmental authorities, scientists and experts from universities and research institutions. The local stakeholders committee, NGOs, CBOs and local people have participated in capacity-building programs, data collection, situation analysis, problems identification, selection of types and locations of treatment technologies and construction and operation of treatment units and reuse projects. Experts, scientists and governmental entities contributed to the development of a treatment technology selection matrix and identification the best technology that suits the study area. The study reveals that the incorporation of input from a broad range of sectors and stakeholders during the project insured cooperative management of the greywater resources and enhanced project quality and ownership.

This study looks at the adaptation and implementation of the E.I.T.I principles in the Democratic Republic of Congo (DRC) and assesses whether governance through transparency and accountability practices in its extractive sector have improved. It relies on 18 interviews with stakeholders implicated in the E.I.T.I implementation, a literature review, and reports from various stakeholders. The analysis of data is based on Michel Foucault's theory of governmentality as well as a review of key concepts such as transparency, accountability and governance. The study uncovers that a culture of transparency and democratic debate is gradually gaining ground, although there is still too much resistance that prevents the E.I.T.I from leading to profound changes in policies in the extractive sector. In line with the previous studies, the E.I.T.I institutional and operational goals are progressing at the macro level of institutions but progress is almost inexistent at the micro-level. It concludes that in the DRC, E.I.T.I's development goals are far from being achieved because all stakeholders do not fully understand the standard's objectives. The study proposes that government sticks to E.I.T.I's guidelines in administrating mining revenue's, setting clear and measurable targets, implementing efficient data collection systems, put together a review system mechanism, and set up a punishment/reward mechanism that works. In sum, this study contributes to the field of natural resource management by pointing out that internal motivation, internal capacity, and external pressure appear to facilitate or limit the success of the global standard in solving the resource curse in poor countries that are rich in natural resources.

In order to foster the competitiveness of the food supply chain, the European Commission is committed to promote and facilitate the restructuring and consolidation of the agricultural sector by encouraging the creation of voluntary agricultural producer organisations. To support the policy making process DG Agriculture and Rural Development has launched a large study, "Support for Farmers' Cooperatives (SFC)", that will provide insights on successful cooperatives and producer organisations as well as on effective support measures for these organisations. These insights can be used by farmers themselves, in setting up and strengthening their collective organisation, and by the European Commission in its effort to encourage the creation of agricultural producer organisations in the EU. Within the framework of the SFC project this country report on the evolution of agricultural cooperatives in Sweden has been written. Data collection for this report has been done in the summer of 2011. In addition to this report, the project has delivered 26 other country reports, 8 sector reports, 33 case studies, 6 EU synthesis reports, a report on cluster analysis, a study on the development of agricultural cooperatives in other OECD countries, and a final report. The Country Report Sweden is one of the country reports that have been coordinated by Perttu Pyykkönen, Pellervo Economic Research PTT. The following figure shows the five regional coordinators of the "Support for Farmers' Cooperatives" project.

This thesis aims to create an understanding of how structures affect grain producers' work with sustainability, and to investigate if perennial grains can be part of the future grain production in Sweden. The agricultural sector is facing a dilemma, both to ensure that ecosystem services are kept intact but also to keep up the global food supply for the growing population. Today's efficient industrial agriculture has contributed to increased emissions and the sector needs a sustainability transition. The food and agriculture industry has a strongly institutionalised structure, which means that fundamental changes take a particularly long time. Swedish grain producers are affected by structures from different levels within the sector which affect their possibility to act sustainable within their business. The current cultivation systems with annual grains requires a lot of tillage which contributes to a lot of emissions. Perennial grains are used in other countries but not yet integrated into the Swedish agricultural sector. The ongoing research development of perennial grains in Sweden is to adapt the crop to the Nordic climate and to develop a perennial grain that can be compared with the current yield and profitability of annual grains. The data collection in this thesis has been conducted through semi-structured interviews with six grain producers in Skaraborg, Västra Götaland. The theoretical framework in the thesis consists of structuration theory and sustainability transitions. The concept duality within structuration theory with structures and actions are applied on the different MLP-levels within sustainability transitions to analyse how the selected grain producers are affected by structures from the different levels and how their individual agency is affected. The results reveal that the institutionalised structures affect the grain producers' attitude towards sustainability within their business through both change inertia and the fear of lowered profitability. Joint structural changes within politics, research and development, consumers, and the grain producers themselves; are needed before the respondent perceives an opportunity to act more sustainably within their day-to-day operations. Most of the respondents consider perennial grains to be more interesting if they had better characteristics such as higher profitability, higher yield, and a higher market demand. The attitude towards perennial grains is positive but the perceived risk of low profitability inhibits implementation. By analysing the grain producers' own context with selected theoretical framework: This study shows that a supporting system is needed that enables increased profitability for sustainable initiatives and sustainability through all levels. Researchers and retailers are important actors in creating resources and structures that make it easy for grain producers to act sustainably. The grain producers themselves need to take risks when they are in situations where they have a choice to act sustainably.

This study was made with the purposes of characterizing milk supply and marketing chains, postproduction losses of milk, and evaluating the potential of supply chain management approach to reduce milk losses in Ethiopia. Primary data were collected by semi-structured survey questionnaire and interview of key informants. The collected data were analyzed using SPSS and Microsoft Excel sheets. Mapping, characterizations, and descriptive statistics were used to analyze the collected data. Both quantitative and qualitative-narrative methods were used in analysis. The finding revealed that farmers, cooperatives/unions, traders, and catering institutions were the major chain actors in milk chain in the study area. With 73% of milk sold by farmers passing through cooperatives/unions to the next chain actors, cooperatives/unions were the focal firms in this supply chain. Production was characterized by smallholders with few numbers of cows and low productivity of milk per cow per day. Cow breed and lack of access to credit were identified as critical resource and the most constraint that hinder production improvement. Marketing relationships among the chain actors were characterized as lacking long-term market orientation and were mostly on the spot and transaction based. The assessment on the enabling environment indicated further need of support from governmental and non-governmental stakeholders to build the capacity of chain actors, particularly the farmers. The study indicated existence of significant amount of milk losses in the milk chain. With 39% of the total losses happening at cooperatives/union stage, cooperatives/unions were identified as loss hotspot point in the chain. Poor milk handling practice at the collection points, lack of immediate acceptors, milk carrying tools used, means of transport used, and ineffective communication with other partner in the chain were identified in order of severity as important problems causing milk losses in the study area. Based on the study results and review of others' work in similar contexts, this study argued for SCM to be part of solution in improving this dairy chain. The study showed cases where effectively implemented SCM approach converted dairy chains from chains characterized by dismantled, high conflicts of interests among the chain actors, and high losses of food in the chain to chains with mutual interest trying to maximize the profit to the whole chain actors. Integrated and collective actions by all chain actors aiming at reducing costs, improving quality, and minimizing food losses in the chain were central to these efforts. Therefore, SCM approach needs to be part of the solution in increasing profitability and reducing milk losses in Ethiopia in general and in the study area in particular. However, the needs for detailed further study, some of which are recommended by this study, are worthwhile.

During the spring of 2020, the corona pandemic created an entirely new context for university employees to work within. In a matter of weeks, it became customary to replace physical meetings with digital alternatives whenever possible. Conferences, seminars, meetings and doctoral thesis defences – among other activities – were moved to digital platforms. Meanwhile, many activities were either postponed or cancelled. The crisis resulted in a vast decrease in air travel and significantly reduced physical mobility. Increased digitalisation and reduced emissions from aviation were central to SLU's policies and strategies prior to the corona pandemic. A part of SLU's ambition of becoming a climate-neutral university by 2027 is to significantly reduce emissions from business trips and, since 2016, SLU is requested by the Swedish government to increase the share of digital and travel free meetings. SLU is also developing a new strategy for 2021-2025. A better understanding of the implications of increased digitalisation is highly relevant in this work. This study aims to provide a better understanding of how SLU staff members experienced the drastic reduction in travel and the increased use of digital solutions during the spring of 2020. We also want to shed light on what types of activities – that originally were intended to include a business trip – could be replaced by a digital alternative with maintained or improved quality and what activities that on the contrary were difficult or impossible to carry out using a digital alternative. In order to fulfil our aims, we conducted a mixed-methods study based on semistructured interviews and an online survey. The results from the survey indicate that a majority (83%) of the respondents have experienced that their work in general was either mainly positively affected, equal parts negatively and positively affected, or not affected at all by the decrease in business travel and increase in digital meetings. The respondents also painted a picture as to what activities that can work well and what activities that will be difficult to perform digitally after the corona crisis. Fieldwork stood out as the least suitable activity to perform digitally, as 60% of the respondents could imagine replacing 0% or 0-25% of the fieldwork with digital solutions. What stood out on the opposite side was that a vast majority thought that between 50-100% of project meetings, administrative meetings and seminars could be replaced with digital options. As for workshops, conferences, and reviews and presentation of research, the opinions varied much more. These findings also resonate with the experiences that were brought up in the interviews. Summary Some of the main findings in the interviews was that digital meetings were perceived as more efficient, but that they lacked in terms of social and creative aspects. Furthermore, informants largely agreed that brainstorming, spontaneous discussions and forming of new relationships was harder to achieve digitally. On the other hand, well-structured interactions with a clear agenda between people that had previously met in person worked excellent on digital platforms. Many informants expressed that they were surprised regarding how well the digital meetings had worked and pointed to the many benefits of replacing travel with digital solutions in terms of increased equality, accessibility, efficiency, reduced stress and reduced emissions. Looking forward, participants talked about a better mix of digital and physical activities. Many believed that some activities – for example establishing new relationships and performing fieldwork – to a larger extent than other activities require travel for maintained quality. Other types of activities – such as administrative meetings, project meetings, seminars and presentations – were considered possible to replace with digital solutions to a higher degree with maintained, or even enhanced, quality of work and life. The study concludes: * A majority of the SLU employees that participated in our study reported that it in general had worked well to replace longer business trips with digital alternatives during the spring of 2020. * Our quantitative findings illustrate that an overwhelming majority of the respondents thought that their work and research either had been mainly positively affected, equal parts positively and negatively affected, or not affected at all by them not being able to travel. * Certain types of fieldwork and data collection, as well as activities requiring spontaneous discussions and networking were experienced as the most difficult to perform digitally. * Well-structured interactions with a clear agenda and people that had previously met in person, as well as activities such as administrative meetings, project meetings and seminars, were perceived as most suited to perform digitally. * The study recommends a better mix between digital and physical meetings in a post-corona context. SLU should strategically make use of digital solutions and replace longer business trips to improve the work situation of the employees, the quality of their work in addition to reducing GHG emissions.

In the past century, European agriculture has undergone profound changes. Through technical advances and structural changes, productivity is snowballing while farmland ecosystems are increasingly affected. These changes are taking place not only at the field scale through increased inputs and outputs, but also at the landscape scale through landscape simplification, with ecological effects being attributable to changes at both scales. While the decline of many farmland organisms in response to agricultural intensification is the most apparent effect, many of the biological functions provided by the systems biodiversity (so called ecosystem services such as pollination, nutrient cycling etc.) are also threatened, which could have great economical implications. To counter negative effects of agricultural intensification, EU Member States are using agri-environmental schemes (AESs) to incite farmers to use environmentally friendly practices. However, the effects of these schemes have been questioned both on the uncertain effects on biodiversity and on farmers' reluctance to participate. Many studies have tried to relate AES participation to characteristics of schemes, or demographics of farms and farmers including attitudes. Farmers seem to prefer schemes with flexible contract terms that only infer small changes in farm management. However, linking AES participation to farm characteristics is problematic, and studies often reach opposing results. Regarding ecological effects, lack of clearly stated objectives and the low scientific quality of the CMEF evaluations cloud the assessment of measures. Further, the effects of AESs have been found to vary with landscape composition (cleared/complex) and between taxa. With a deeper understanding of how AES effects interact with the landscape and how farmers relate to conservation initiatives, there are opportunities to improve scheme design. Collection of baseline data, evidence‐based measures and result-­based payments are examples of ways to advance AESs. To increase farmer engagement in AESs, participatory approaches play an important part in bridging the attitudinal gap between conservationists, legislation and farmers.