Italian Social Farming: the Network of Coldiretti and Campagna Amica

sustainability Article Italian Social Farming: the Network of Coldiretti and Campagna Amica Roberta Moruzzo 1 , Francesco Riccioli 1, * , Angela Galasso 2 , Carmelo Troccoli 3 , Salomon Espinosa Diaz 1 and Francesco Di Iacovo 1 1 Department of Veterinary Science—Rural Economics Section, University of Pisa, Viale Delle Piagge 2, 56124 Pisa, Italy; roberta.moruzzo@unipi.it (R.M.); saloespinosadiaz@gmail.com (S.E.D.); francesco.diiacovo@unipi.it (F.D.I.) 2 ARB Agriculture Rural Brokers 2, Via della Ferratella in Laterano 7, 00184 Roma, Italy; angela.galasso@gmail.com 3 Campagna Amica, Coldiretti, Via Nazionale 89 / a, 00184 Roma, Italy; carmelo.troccoli@coldiretti.it * Correspondence: francesco.riccioli@unipi.it Received: 29 April 2020; Accepted: 17 June 2020; Published: 19 June 2020 Abstract: For the last ten years, Social farming (SF) has become an innovative practice able to connect multifunctional agriculture and novel social services for urban and rural areas in Italy and the EU. By looking at the experience from Italy, it is possible to note that SF has not developed homogeneously along the national territory. It is characterized by a wide range of practices and activities related to the development of a welfare in which several topics such as subsidiarity, the value of relationship, and co-production find multiple meanings and applications. This paper provides a further contribution to the knowledge on this type of activity and opens the way to deeper considerations on the topic. The information reported in this study refers to a project born in 2018 and carried out by Fondazione Campagna Amica, a foundation promoted by Coldiretti, the main organization of agricultural entrepreneurs in Italy. This paper focuses on the analysis of data collected during this project, through in-depth interviews carried out from July 2018 to March 2019 among 229 agricultural enterprises, as well as meetings with representatives of the regional o ffi ces of Coldiretti that are involved in SF. This study aims to reach a better understanding of the development of SF in Italy through the perspective of a national network of farmers and to compare SF practices across regions in order to examine their similarities and di ff erences. The most important results show big individual farms with a great variety of agricultural activities and livestock systems, with a clear predominance of horticulture. These SF farms mainly provide direct sales and educational activities and are involved in training and job placement services Keywords: social farming; multifunctional agriculture; social inclusion; rural welfare; case study 1. Introduction The development of social farming (SF) is connected to the emergence of visions that link the need for relationship-based and community approaches with aspects such as the multifunctionality of agriculture, the construction of new welfare hypotheses, and the adoption of innovative tools for the provision of services capable of responding e ff ectively to people’s needs [ 1 ]. More specifically, SF practices go beyond the multifunctional role of agriculture [ 2 ] and have an impact on the communities of rural and peri-urban territories by o ff ering a variety of services, both existing and potential ones, which have the capacity to positively a ff ect the welfare system [ 3 ]. The SF phenomenon is quite heterogeneous because of the characteristics of the entities involved, the legal structure of the projects, public-private financing and collaborations, and the applicable social Sustainability 2020 , 12 , 5036; doi:10.3390 / su 12125036 www.mdpi.com / journal / sustainability

Sustainability 2020 , 12 , 5036 2 of 17 policies. Di Iacovo [ 4 ] points out that there is a clear di ff erentiation, both in the stage of SF development and the typology of the initiatives, between the models implemented in central and northern Europe and those of southern Europe. In northern European countries, care farming practices (which also include social farming practices) are an important element of welfare, recognized by public policies and paid to farmers accredited to the national health system as an activity of economic diversification. It is also recognized by the national welfare as a diversification of services o ff ered by people. In France and Germany, similarly, they are supported by the health service and entrusted to third sector entities in structures with a high sociosanitary prevalence [ 5 ]. In some southern countries (Spain, Portugal, and Greece) the state occupies a subsidiary position and it falls to the third social sector and other entities to promote social farming and establish support networks [ 6 ]. The situation in Italy seems completely di ff erent and, in several aspects, much more coherent with the debates on rural welfare [ 4 , 5 , 7 – 10 ], as well as being in line with the need for a regenerative welfare model based on public-private collaboration, the creation of networks, and the identification of shared solutions to tackle complex problems [ 11 , 12 ]. As a matter of fact, in rural areas, the creation and distribution of traditional value, based on the state and the market, cannot ensure development, which poses the need for moving towards an innovative and pro-active vision of welfare as a tool for local development, based on a redefinition of existing models with a focus on service and integration between sectors and resources. There is also a transition process towards collaboration between the state, the private sector, and civil society, and a growing role of the community and informal networks in the management of the services o ff ered [ 13 ]. Thus, the same activity can take on various forms depending on the territorial context, at the same time creating multiple concepts that shape a complex and heterogeneous phenomenon. Di ff erent terms are often used to describe this activity; generally, the term green care [ 14 ] is used to refer to a wide variety of interventions such as nature-based rehabilitation, care farming [ 15 ], social farming, farming for health [ 16 ], therapeutic horticulture, and animal-assisted intervention [ 17 ]. Social Farming (SF), in particular, has been defined by various authors. Related to these definitions, as argued by [ 18 ], “SF not only promotes improved quality of life but also contributes to the creation of new local development strategies [ 19 ], forming alliances between agriculture and social care, generating new models of care and welfare, and promoting the creation of new personal services in rural areas [ 20 ]”. In fact, in rural areas, SF is able to fit local services demand by reinventing connections among the public protection net and informal support from responsible farms and civic groups. It mobilizes local non-specialized and, in some way, also unexpected resources to renew and reinforce the public protection net, especially in a phase of fiscal crisis Accordingly, [ 21 ] distinguish three basic premises on which social farming practices are built: “multifunctional agriculture”, “public health”, and “social inclusion”. Indeed, social farming is characterized by the multifunctional role of agriculture in the field of personal services, alongside the traditional production function [ 22 ]. It has the ability to generate benefits for vulnerable people, delivering innovative services that can e ff ectively tackle the weaknesses of the traditional welfare system and respond to the growing request for personalized and qualified social services At the same time, by activating assets that otherwise would not be dedicated to the service of people, SF generates three types of advantages: • In a widespread way in rural areas, and thanks to the extensive presence of farms, it improves the social protection network for users who often have di ffi culty accessing other services, including conventional ones [ 23 ]; • Being coordinated by public services, it enriches them with human, structural, and procedural resources that ensure greater flexibility of response even in the face of diminished financial resources; • Being carried out in non-formal places, it makes way for active social inclusion paths for the people involved, making them participants in community life and promoting social justice [ 17 ].

Sustainability 2020 , 12 , 5036 3 of 17 2. Literature Review: Social Farming Experiences in Italy The Italian national law on SF (n. 141 / 2015) clearly separates SF from other green care practices Social farming refers to the activities carried out by farmers (article 2135 of the Civil Code), individually or in groups, and by social cooperatives (under Law n. 381, 8 November 1991). The guidelines relating to paragraph 4 of article No. 2 of this law are shown in Figure 1 . Sustainability 2020 , 12 , x FOR PEER REVIEW 3 of 17 2. Literature Review: Social Farming Experiences in Italy The Italian national law on SF (n. 141/2015) clearly separates SF from other green care practices. Social farming refers to the activities carried out by farmers (article 2135 of the Civil Code), individually or in groups, and by social cooperatives (under Law n. 381, 8 November 1991). The guidelines relating to paragraph 4 of article No. 2 of this law are shown in Figure 1. Figure 1. Guidelines of Italian national law on Social Farming (SF) (n. 141/2015). As indicated in SF Law, social farming activities, by combining the agricultural environment with rehabilitation and care services, benefit peoples’ quality of life and their social inclusion. At the same time, they represent an opportunity for farmers to broaden and diversify their multifunctional agriculture, to open up new markets, and offer alternative services that go beyond food production. Considering the public focus of social agriculture, the Law encourages the role of public bodies in the development of these activities and the cooperation between public institutions, farms, and non-profit organizations. These practices find their application in the territorial social protection networks that, in this specific case, activate to mobilize the resources that SF can offer. As argued by [24], the Italian law outlines a space to share experiences about the development of a program that integrates policies among farms, services, and local institutions. This way, social farming goes beyond the multifunctional role of agriculture and has a direct impact on those communities of rural and peri-urban territories that already count on an existing offer of services, which in turn has the potential to positively affect the welfare system as a whole. In any case, agriculture emerges as a social innovation practice useful for strengthening the provision of services in rural areas, but also for revitalizing networks and relationships at individual and community levels [18]. The presence of an agricultural business with its economic capacities linked to the agricultural management of the territory allows it to make use of economies of scope with regards to resources, processes, and structures already available for other uses, which can be made available to communities and individuals with lower contractual power in a joint or alternative manner [12]. However, the cost and workload associated with SF practices can change according to the activities that are organized [25]. They can be relatively limiting in the case of training and job inclusion of long-term unemployed people, prisoners under alternative punishment, refugees, and people with disabilities, because people need to be supervised and accompanied in the development of the various agri-zootechnical processes that take place on the farm. These practices can become Figure 1. Guidelines of Italian national law on Social Farming (SF) (n. 141 / 2015) As indicated in SF Law, social farming activities, by combining the agricultural environment with rehabilitation and care services, benefit peoples’ quality of life and their social inclusion. At the same time, they represent an opportunity for farmers to broaden and diversify their multifunctional agriculture, to open up new markets, and o ff er alternative services that go beyond food production Considering the public focus of social agriculture, the Law encourages the role of public bodies in the development of these activities and the cooperation between public institutions, farms, and non-profit organizations. These practices find their application in the territorial social protection networks that, in this specific case, activate to mobilize the resources that SF can o ff er As argued by [ 24 ], the Italian law outlines a space to share experiences about the development of a program that integrates policies among farms, services, and local institutions. This way, social farming goes beyond the multifunctional role of agriculture and has a direct impact on those communities of rural and peri-urban territories that already count on an existing o ff er of services, which in turn has the potential to positively a ff ect the welfare system as a whole. In any case, agriculture emerges as a social innovation practice useful for strengthening the provision of services in rural areas, but also for revitalizing networks and relationships at individual and community levels [ 18 ]. The presence of an agricultural business with its economic capacities linked to the agricultural management of the territory allows it to make use of economies of scope with regards to resources, processes, and structures already available for other uses, which can be made available to communities and individuals with lower contractual power in a joint or alternative manner [ 12 ]. However, the cost and workload associated with SF practices can change according to the activities that are organized [ 25 ]. They can be relatively limiting in the case of training and job inclusion of long-term unemployed people, prisoners under alternative punishment, refugees, and people with

Sustainability 2020 , 12 , 5036 4 of 17 disabilities, because people need to be supervised and accompanied in the development of the various agri-zootechnical processes that take place on the farm. These practices can become more demanding, in terms of the socio-educational and assistance skills required, in the context of social inclusion actions for people with significant disadvantages and co-therapy activities with plants or animals. Furthermore, in the case of services dedicated to minors or families (kindergartens, nurseries, and other hybrid types) it is clear that professional sta ff and dedicated resources are required, and there are activate direct costs that need to be paid. Additionally, the temporary use of already existing and authorized structures such as agritourism residences, facilities for the supply of meals, and places for meetings, which are often required to attend the needs of self-su ffi cient rural communities or by the managers of the local services in the context of various coordinated activities, might require specific compensation Taking into consideration this path variability and the advantages / disadvantages that can come up, it would be extremely useful to have a viewpoint from the development of SF. A more precise analysis would allow us to reflect on many aspects connected to the reformulation of innovative hypotheses on rural welfare, such as the understanding of the roles and interactions between institutional actors, the positioning and the cultural reference of the public and private actors involved and their way of interacting, the levels of collaboration / competition among individuals, the understanding of the roles necessary to innovate and the ability of the various stakeholders to cover them, and the ways of monitoring and evaluating the results of the paths undertaken. This analysis represents a useful step in this direction, providing a further contribution to the knowledge of SF at a national level that provides some insights for a more in-depth study of the topic Previous researchers have analyzed the development of Social Farming in Italy. SF began to be monitored, at least at a European level, in 2004 with the establishment of a network to promote the exchange of knowledge called "Farming for health". Later, in 2007, a project called "COST Action 866 Green Care in Agriculture" was launched to investigate the concept of green care (of which SF is part) and its development in many European countries [ 14 ]. COST was the first project that formalized green care as a scientific discipline. Subsequently, another project was funded within the VII framework program, 2006–2009, called SoFar (Social Farming in Multifunctional Farms); more recently another INTERREG project was developed, called SoFab (Social Farming across Borders), 2014–2017. All these scientific initiatives resulted in a series of publications. Considering the general purpose of these publications, the articles that evaluate health interventions are the most widespread, while the studies that explore the concept, development, and implementation of this discipline are still limited (27%) [ 17 ]. If we consider the ones made on the national territory (8%), for the most part in Italian, only a limited number focuses on the spread of SF at a territorial level [ 26 – 28 ]. Even though SF in Italy has become increasingly consolidated, it is still little known or explored concerning the number and characteristics of the individuals who implement and practice it, because of its multiple territorial expressions and declinations. Unfortunately, information about SF operators is also lacking in regions whose regional laws have considered the use of o ffi cial lists, but which at times have not yet established an adequate registration system or have provided the registration of a limited number of farms, which does not reflect reality. In recent years, some studies [ 29 – 35 ] have tried to provide information—mostly partial—on the experiences of SF present in Italy in order to understand the size of the phenomenon and its characteristics A survey [ 36 ], conducted as part of the activities of Rete Rural National, 2007-2013, collected information from among 437 operators. Additionally, in 2016 the Council for Agricultural Research and Analysis of Agricultural Economics (CREA) established a database of about 1200 social agriculture operators, drawing on di ff erent sources, although it was not exhaustive and not always consistent with the current regulatory provisions. In June 2016, AiCARE (The Italian Agency Responsible for Campaigning and Ethics), launched an interactive online map on agri-social culture, which added to the information and divulgation e ff orts related to SF carried out through more than ten years; this map, which counted on 130 experiences as of 31 st of July 2017, o ff ers an interesting representation of SF at a

Sustainability 2020 , 12 , 5036 5 of 17 national level [ 33 ]. The search was also extended to gray literature, including students’ thesis reports, policy documents, and books or reports published by the main Italian SF and farming organizations (e.g., Social Farm Network and National Forum of Social Agriculture) This paper provides a further contribution to the knowledge of this type of activity and opens up the way to deeper considerations on the topic. In particular, this study aims to reach a better understanding of the development of SF in Italy through the perspective of a national network of farmers (Coldiretti, the main organization of agricultural entrepreneurs in Italy) and to compare SF practices across regions to examine their similarities and di ff erences. In the results section, some recommendations to further develop the sector of SF in Italy are listed 3. Methodology The data used in this analysis comes from a project born in 2018 and carried out by Fondazione Campagna Amica, a foundation promoted by Coldiretti, the main organization of agricultural entrepreneurs in Italy The project aims to help agricultural businesses in the process of SF membership and to strengthen the institutional dialogue (national and regional). It also aims to build a shared vision on the subject of SF and to increase the visibility of the products / services o ff ered by the farms involved in this process The paper presents a complete analysis of SF practices developed by the national network of farmers involved with Coldiretti and Campagna Amica that took part in the project. A mixed research methodology involving quantitative and qualitative methods was formulated and executed by the Campagna Amica Foundation in collaboration with the Department of Veterinary Sciences of the University of Pisa and with Agriculture Rural Brokers (ARB), an association for innovation in agriculture and development of rural areas The collection of, both qualitative and quantitative, data enabled a more complete analysis of SF practices. Qualitative research carried out through interviews with key informants was integrated along with quantitative research. This strategy allowed us to better identify the actors to be involved in the quantitative method and analyze more e ffi ciently the data collected in the case study. Considering that the key informants contacted had experience in the field of social farming, they played an important role in making suggestions for the development of the questionnaire and the analysis of the data. The information collected during the interviews with the key informants are reported in the text of the paper in italics between commas The "key informant approach" was used for qualitative research [ 37 ]. This technique is based on the identification of the so-called key informants, who are individuals chosen based on their professional and social role in the community subject to investigation. They are considered a valuable source of knowledge and information that derives from their involvement and connection to the community, which represents a key factor for researchers [ 38 ]. Therefore, they are considered "natural observers" who can help the researcher make contact with other stakeholders in the community and get them involved in the research. Key informants can provide knowledge as "experts", given their status and role in the community and are often seen as a reliable channel by which the needs of the community can be expressed [ 39 ]. Some criteria were established to choose the key informants who would be involved in the research. Some of these were: their role in the community, their capacity to provide the researchers with the type of information they were looking for, their level of knowledge and ability to access the desired information; and their willingness to cooperate, as well as their communication skills related to the ability of communicating and transferring their knowledge understandably and impartially to the researcher These characteristics led to the identification of some representatives of the Coldiretti regional o ffi ces involved in SF, one for each region. Although such interviewees came from a specific region, they were also national experts in SF, therefore they provided information on the local, regional, and national aspects of SF in Italy. These informants provided an initial list of direct actors to be

Sustainability 2020 , 12 , 5036 6 of 17 involved in quantitative research, validated the questionnaire, and made themselves available to stimulate these actors in completing the questionnaire. In particular, between July 2018 and March 2019, an analysis started within the network of the farmers belonging to Coldiretti and Campagna Amica through in-depth interviews. A questionnaire was administered using Computer Assisted Web Interviewing (CAWI) methodology to about 500 agricultural farms operating in SF, spread throughout the national territory The questionnaire, composed by closed-ended questions, was divided into four sections: 1 Individual characterization of the sample; 2 General information about the farm (e.g. size and types of crops); 3 Social activities carried out; 4 Public services performed by the farm, trying to understand which activities make it multifunctional The questionnaire was administered in Italian via the internet; the observable advantage o ff ered by the online surveys was linked to a potential decrease in response times and costs As mentioned above, our sample is related to all agricultural farms operating in SF belonging to Coldiretti: The complete list is related to 500 enterprises. We contacted everyone through questionnaire online, but some farmers did not respond to our questionnaire and a lot of data were missing. In detail, we obtained a complete database where, for each record, all fields were filled in, without missing anything. We also checked the correctness by limiting errors in entering or updating the data as much as possible. The uniqueness of the database (one respondent corresponds to one record) was assured by permitting only one answer per farm. With the help of key informants, we revised all questionnaires and finally, for the analysis, we obtained 229 valid questionnaires 4. Results To evaluate the development of SF in Italy, considering the enormous variability of the farms examined, the data were analyzed from di ff erent points of view General analysis was performed using Microsoft Excel. The aim was essentially to give an overview of the data obtained from the interviews, to identify the characteristics of the farms, and understand which types are most active in social farming, as well as to examine their experience in this field. How long these farmers had been participating in SF and the types of services activated were also analyzed. To this purpose, combining the information obtained from the interviews with the farms’ characteristics (also considering their locations), it was possible to give a cross-reference of the data Thanks to this precise reading, it was possible to examine SF activities from an economic, social, and environmental point of view, drawing conclusions examined in Section 5 , which allowed us to reflect on many aspects connected to the reformulation of innovative hypotheses on rural welfare The farms examined, sorted by region, are mainly located in Piemonte (53 farms), Puglia (21), Toscana, Veneto (18), and Emilia Romagna, Marche (16). In two regions (Valle d’Aosta and Abruzzo) there are no farms operating in SF belonging to Coldiretti or no valid answers to the questionnaire were obtained. Figure 2 shows the percentage of farms examined per region.

Sustainability 2020 , 12 , 5036 7 of 17 Sustainability 2020 , 12 , x FOR PEER REVIEW 7 of 17 Figure 2. Distribution of farms examined per region. Data expressed as a percentage of farms examined (229 farms). 4.1. Characteristics of the Farms The farms implementing SF activities are mostly individual farms (58.5%), “ which is in line with the current trend in the Italian agricultural sector” . Piemonte, Puglia, and Campania have a higher number of SF activities registered as individual farms (respectively, 38, 14, and 10). Followed by 21% agricultural companies, 16.2% cooperatives, and 2.2% joint-stock companies. Unlike the national average farm size (about 7 hectares), the farms operating in SF show an average surface equal to 24 hectares of Utilized Agricultural Area ( UAA). The sample is well distributed among various classes of UAA, and “ although they were not as predominant as it was believed in the past ”, there was also a participation of micro-farms under 5 hectares (27.5%),and farms over 50 hectares (12.2 %). Figure 2. Distribution of farms examined per region. Data expressed as a percentage of farms examined (229 farms) 4.1. Characteristics of the Farms The farms implementing SF activities are mostly individual farms (58.5%), “ which is in line with the current trend in the Italian agricultural sector” . Piemonte, Puglia, and Campania have a higher number of SF activities registered as individual farms (respectively, 38, 14, and 10). Followed by 21% agricultural companies, 16.2% cooperatives, and 2.2% joint-stock companies Unlike the national average farm size (about 7 hectares), the farms operating in SF show an average surface equal to 24 hectares of Utilized Agricultural Area (UAA). The sample is well distributed among various classes of UAA, and “ although they were not as predominant as it was believed in the past ”, there was also a participation of micro-farms under 5 hectares (27.5%), and farms over 50 hectares (12.2 %).

Sustainability 2020 , 12 , 5036 8 of 17 The agricultural production of SF farms is very diversified and well managed in most cases (78%), with environmentally friendly production methods (e.g. integrated, biodynamic, or certified organic agriculture) being a “ sign of the strong link between social agriculture and environmentally friendly techniques ”. A great variety of agricultural activities and livestock systems were represented, with a clear predominance of horticulture performed in 148 farms, mainly located in Piemonte (27 farms), Veneto (15 farms), and Toscana (12 farms). It is followed both by fruit production, performed in 70 farms, mainly located in Piemonte (20 farms), Veneto (10 farms), and Emilia Romagna (6 farms) and poultry performed in the same number of previous ones; these farms are mainly located in Piemonte (13 farms), Veneto (9 farms), and Friuli Venezia Giulia (7 farms). These results are shown in Figure 3 . Sustainability 2020 , 12 , x FOR PEER REVIEW 8 of 17 The agricultural production of SF farms is very diversified and well managed in most cases (78%), with environmentally friendly production methods (e.g. integrated, biodynamic, or certified organic agriculture) being a “ sign of the strong link between social agriculture and environmentally friendly techniques ”. A great variety of agricultural activities and livestock systems were represented, with a clear predominance of horticulture performed in 148 farms, mainly located in Piemonte (27 farms), Veneto (15 farms), and Toscana (12 farms). It is followed both by fruit production, performed in 70 farms, mainly located in Piemonte (20 farms), Veneto (10 farms), and Emilia Romagna (6 farms) and poultry performed in the same number of previous ones; these farms are mainly located in Piemonte (13 farms), Veneto (9 farms), and Friuli Venezia Giulia (7 farms). These results are shown in Figure 3. Figure 3. Agricultural activities performed in farms. Data expressed as n. of farms where these activities are carried out. Considering which activities are mainly present in the same farm, it is important to note that horticulture, poultry, and fruit production are the main three activities simultaneously present in the same farm (frequency equal to 147), followed by farms that simultaneously perform two activities (horticulture and fruit production with a frequency of 124), and farms that simultaneously perform four activities (horticulture, poultry, donkey breeding, and others species breeding with a frequency equal to 80). These frequencies are shown in Figure 4. Figure 3. Agricultural activities performed in farms. Data expressed as n. of farms where these activities are carried out Considering which activities are mainly present in the same farm, it is important to note that horticulture, poultry, and fruit production are the main three activities simultaneously present in the same farm (frequency equal to 147), followed by farms that simultaneously perform two activities (horticulture and fruit production with a frequency of 124), and farms that simultaneously perform four activities (horticulture, poultry, donkey breeding, and others species breeding with a frequency equal to 80). These frequencies are shown in Figure 4 .

Sustainability 2020 , 12 , 5036 9 of 17 Sustainability 2020 , 12 , x FOR PEER REVIEW 9 of 17 Figure 4. Horizontal diversification in SF farms. Statistical analyses on frequencies, related to the main activities of farms, were carried out using a non-parametric method, the Chi-squared test: Observed frequencies were compared with expected frequencies. Considering both the critical value approach and the p-value approach, the differences were resulted as statistically significant (p < 0.005). The statistical analyses were conducted using Stata for Mac V 13.0 (StataCorp LLC, College Station, TX, USA). “ In general, SF farms prefer activities that give more value to manual work than to the mechanized one, freeing themselves from seasonality, providing in this way activities during both the winter and summer periods ”. Only 22% make use of exclusively family labor, while 78% of the farms surveyed turn to various types of collaborators “ including volunteers, which are not common in the agricultural sector but whose presence is certainly in line with the ethical dimension of SF farms ”. 4.2. Farm Vertical Diversification Sixty-one percent of the sample analyzed is represented by farms that have been involved in social farming for at least 10 years, “ their pioneering practices have been consolidated over the years and for this reason, they are of great interest for this investigation ”. Piemonte has a higher number of consolidated SF farms (31) followed by Puglia (13) and Toscana (11). Of the sample, 14.4% is made up of farms operating in this sector for at least six years, while 23.6% was considered as a "start-up" (that is, operating from between one to five years in the sector). They are mainly located in Piemonte (13 farms), Emilia-Romagna (7), and Veneto (6). These farms combine agricultural and/or livestock production activities with one or more connected activities “ that allow the diversification of the tasks available for social purposes ” (Figure 5) along with the consequent production diversification. Among the connected activities, the most widespread is direct sales (carried out in 182 farms), “ it allows farms to intercept target customers who are more sensitive in recognizing the added value (ethical value) in social farming products (i.e. consumers that allocate a higher value to social farms) ”. As in the previous analysis, Piemonte has a higher number of direct sales farms (41) followed by Puglia and Toscana (18) and Veneto (14). SF farms involved in didactic activities are 160: they are mainly located in Piemonte (37 farms), Veneto (13), and Puglia and Marche (12). The farms involved in product transformation are 125 and they are mainly located in Piemonte (27 farms), Toscana (15), and Puglia (13). Agritourism activities Figure 4. Horizontal diversification in SF farms Statistical analyses on frequencies, related to the main activities of farms, were carried out using a non-parametric method, the Chi-squared test: Observed frequencies were compared with expected frequencies. Considering both the critical value approach and the p-value approach, the di ff erences were resulted as statistically significant (p < 0.005) The statistical analyses were conducted using Stata for Mac V 13.0 (StataCorp LLC, College Station, TX, USA) “In general, SF farms prefer activities that give more value to manual work than to the mechanized one, freeing themselves from seasonality, providing in this way activities during both the winter and summer periods”. Only 22% make use of exclusively family labor, while 78% of the farms surveyed turn to various types of collaborators “including volunteers, which are not common in the agricultural sector but whose presence is certainly in line with the ethical dimension of SF farms” 4.2. Farm Vertical Diversification Sixty-one percent of the sample analyzed is represented by farms that have been involved in social farming for at least 10 years, “ their pioneering practices have been consolidated over the years and for this reason, they are of great interest for this investigation ”. Piemonte has a higher number of consolidated SF farms (31) followed by Puglia (13) and Toscana (11). Of the sample, 14.4% is made up of farms operating in this sector for at least six years, while 23.6% was considered as a "start-up" (that is, operating from between one to five years in the sector). They are mainly located in Piemonte (13 farms), Emilia-Romagna (7), and Veneto (6) These farms combine agricultural and / or livestock production activities with one or more connected activities “ that allow the diversification of the tasks available for social purposes ” (Figure 5 ) along with the consequent production diversification. Among the connected activities, the most widespread is direct sales (carried out in 182 farms), “ it allows farms to intercept target customers who are more sensitive in recognizing the added value (ethical value) in social farming products (i.e. consumers that allocate a higher value to social farms) ”. As in the previous analysis, Piemonte has a higher number of direct sales farms (41) followed by Puglia and Toscana (18) and Veneto (14).

Sustainability 2020 , 12 , 5036 10 of 17 Sustainability 2020 , 12 , x FOR PEER REVIEW 10 of 17 are carried out in 107 farms: in this case, Piemonte has the higher number of farms involved in farmhouse activities (17) followed by Toscana (12) and Marche (10). Figure 5. Connected activities of SF farms. Data expressed as n. of farms where these activities are carried out. As in the previous subsection, we performed statistical analyses on frequencies related to the main connected activities: For instance, statistics were carried out on direct sales, educational activities, product transformation, and agritourism activities using the Chi-squared test. Also in this case, observed frequencies were compared with expected frequencies. Considering both the critical value approach and the p-value approach, the differences were resulted as statistically significant (p < 0.005). “ To encourage the propensity to "use" the activities related to the purposes of social farming, there is certainly the possibility of taking advantage of the facilities and indoor spaces, which are highly appreciated by users during the most intense climatic periods (winter and summer) to use them in the agricultural activities carried out in the field ”. Other spaces used for SF activities are classrooms, sale points, equipped recreational spaces, and laboratories. Moreover, SF farms are multi-channel farms, in which the interaction between the farm and customers is done through the integration of multiple channels, both without any intermediaries (short sales channels) and with the presence of intermediaries. “ The solidarity purchasing groups represent places of choice for the products of social farming and play a fundamental role at a commercial level, which is linked to the social awareness in the act of purchasing from the citizen ”. “ The national network of Campagna Amica markets also represents an opportunity for social farming: SF farms are also present in the Campagna Amica markets; therefore, many citizens already buy the products from SF farms ”. 4.3. The Type of SF Pathways Activated The four categories of activities defined by the Italian legislation (Law 141/2015) are all explored by the sample investigated. Their distribution is headed by working inclusion service (approximately 58%): Piemonte has a higher number (30) followed by Veneto (15) and Toscana (13). Social activities for local communities and food and environmental education have the same percentage (53%). Considering social activities, Piemonte has a higher number (29) followed by Figure 5. Connected activities of SF farms. Data expressed as n. of farms where these activities are carried out SF farms involved in didactic activities are 160: they are mainly located in Piemonte (37 farms), Veneto (13), and Puglia and Marche (12). The farms involved in product transformation are 125 and they are mainly located in Piemonte (27 farms), Toscana (15), and Puglia (13). Agritourism activities are carried out in 107 farms: in this case, Piemonte has the higher number of farms involved in farmhouse activities (17) followed by Toscana (12) and Marche (10) As in the previous subsection, we performed statistical analyses on frequencies related to the main connected activities: For instance, statistics were carried out on direct sales, educational activities, product transformation, and agritourism activities using the Chi-squared test. Also in this case, observed frequencies were compared with expected frequencies. Considering both the critical value approach and the p-value approach, the di ff erences were resulted as statistically significant (p < 0.005) “To encourage the propensity to "use" the activities related to the purposes of social farming, there is certainly the possibility of taking advantage of the facilities and indoor spaces, which are highly appreciated by users during the most intense climatic periods (winter and summer) to use them in the agricultural activities carried out in the field”. Other spaces used for SF activities are classrooms, sale points, equipped recreational spaces, and laboratories Moreover, SF farms are multi-channel farms, in which the interaction between the farm and customers is done through the integration of multiple channels, both without any intermediaries (short sales channels) and with the presence of intermediaries. “ The solidarity purchasing groups represent places of choice for the products of social farming and play a fundamental role at a commercial level, which is linked to the social awareness in the act of purchasing from the citizen ”. “ The national network of Campagna Amica markets also represents an opportunity for social farming: SF farms are also present in the Campagna Amica markets; therefore, many citizens already buy the products from SF farms ”.

Sustainability 2020 , 12 , 5036 11 of 17 4.3. The Type of SF Pathways Activated The four categories of activities defined by the Italian legislation (Law 141 / 2015) are all explored by the sample investigated. Their distribution is headed by working inclusion service (approximately 58%): Piemonte has a higher number (30) followed by Veneto (15) and Toscana (13) Social activities for local communities and food and environmental education have the same percentage (53%). Considering social activities, Piemonte has a higher number (29) followed by Veneto (12) and Friuli Venezia Giulia (10), while considering SF farms involved in food and environmental education, Piemonte has the higher number (24) followed by Puglia (14), Toscana, Marche, and Emilia Romagna (10). The last category, rehabilitation and therapeutic services, was less practiced (32%) in consideration of the specific skills it requires and the relative novelty of the sector and related legislation. In this case, Piemonte has a higher number (17) followed by Veneto (8), and Lazio and Emilia Romagna (6) Based on the farm characteristics and according to the specific needs of the users, the aforementioned categories of activities are fulfilled by local businesses in a variety of services (Figure 6 ): training (140 farms), job placement (138), daytime hospitality (100), organization of recreational activities (87), summer stays and school camps (76), co-therapy and rehabilitation activities (64), night hospitality (25), and support services for parenting (19) Sustainability 2020 , 12 , x FOR PEER REVIEW 11 of 17 Veneto (12) and Friuli Venezia Giulia (10), while considering SF farms involved in food and environmental education, Piemonte has the higher number (24) followed by Puglia (14), Toscana, Marche, and Emilia Romagna (10). The last category, rehabilitation and therapeutic services, was less practiced (32%) in consideration of the specific skills it requires and the relative novelty of the sector and related legislation. In this case, Piemonte has a higher number (17) followed by Veneto (8), and Lazio and Emilia Romagna (6). Based on the farm characteristics and according to the specific needs of the users, the aforementioned categories of activities are fulfilled by local businesses in a variety of services (Figure 6): training (140 farms), job placement (138), daytime hospitality (100), organization of recreational activities (87), summer stays and school camps (76), co-therapy and rehabilitation activities (64), night hospitality (25), and support services for parenting (19). SF farms involved in training activities are mainly located in Piemonte (28 farms), Puglia and Toscana (12), and Veneto and Marche (10). Considering job placement activities, Piemonte has the higher number (29) followed by Toscana (16) and Veneto (15). SF farms that offer daytime hospitality are mainly located in Piemonte (14 farms), Veneto (13), Friuli Venezia Giulia, Lazio, and Toscana (7). Figure 6 . Social services offered by SF farms. Data expressed as n. of farms where these services are carried out. As in previous subsections, we performed statistical analyses on frequencies related to the main social services related to SF farms: training, job placement, hospitality and daytime activities, and leisure activities. The Chi-squared test was resulted as statistically significant, considering the critical value approach (p < 0.005). The farms that have been involved in at least one SF project have worked with different types of users such as prisoners, adults belonging to vulnerable communities, people with disabilities, refugees, elderly people, etc. (Figure 7); users are welcomed and hosted individually or in small groups of up to three people (in almost 70% of farms) “ to guarantee a minimum level of attention to each individual and the "personalization" of the service during the paths created ”. The main innovation reported by the sample (35% of farms) is the launch of new collaborative and social relationship networks, “ confirming how the sector is able to link existing skills to create something new ” Figure 6. Social services o ff ered by SF farms. Data expressed as n. of farms where these services are carried out SF farms involved in training activities are mainly located in Piemonte (28 farms), Puglia and Toscana (12), and Veneto and Marche (10). Considering job placement activities, Piemonte has the higher number (29) followed by Toscana (16) and Veneto (15). SF farms that o ff er daytime hospitality are mainly located in Piemonte (14 farms), Veneto (13), Friuli Venezia Giulia, Lazio, and Toscana (7) As in previous subsections, we performed statistical analyses on frequencies related to the main social services related to SF farms: training, job placement, hospitality and daytime activities, and leisure activities. The Chi-squared test was resulted as statistically significant, considering the critical value approach (p < 0.005) The farms that have been involved in at least one SF project have worked with di ff erent types of users such as prisoners, adults belonging to vulnerable communities, people with disabilities, refugees, elderly people, etc. (Figure 7 ); users are welcomed and hosted individually or in small groups of up to

Sustainability 2020 , 12 , 5036 12 of 17 three people (in almost 70% of farms) “ to guarantee a minimum level of attention to each individual and the "personalization" of the service during the paths created ”. The main innovation reported by the sample (35% of farms) is the launch of new collaborative and social relationship networks, “ confirming how the sector is able to link existing skills to create something new ” Sustainability 2020 , 12 , x FOR PEER REVIEW 12 of 17 Figure 7 . Type of users who have collaborated with SF farms. Data expressed as a percentage of total users involved (2643) An important issue can be identified by analyzing the type of users who have collaborated with SF farms and the main vertical diversification activities of farms (direct sales, educational activities, product transformation, and agritourism activities). In particular, we have analyzed persons with intellectual disabilities, relational problems, and physical disabilities (Figure 8). Forty-seven percent of persons with intellectual disabilities are mainly involved in farms with predominant product transformation activities (59 of 125). Thirty-five percent are involved in farms with predominant agritourism activities (37 of 107). The same percentage (33%) of these persons are involved in farms with the predominance of direct sales and educational activities (respectively, 60 of 182 farms and 53 of 160). Thirty percent of persons with relational problems are mainly involved in farms with predominant product transformation activities (37 of 125). The same percentage (33%) are involved in farms with the predominance of direct sales and agritourism activities (respectively, 41 of 182 farms and 25 of 107). Twenty-one percent are involved in farms with predominant educational activities (33 of 160 farms). Twenty-nine percent of persons with physical disabilities are mainly involved in farms with predominant product transformation activities (36 of 125). Twenty-three percent are involved in farms with the predominance of educational activities (37 of 160 farms), 21% in agritourism activities (22 of 107), and 20% are involved in farms with the predominance of direct sales (36 of 182). Figure 7. Type of users who have collaborated with SF farms. Data expressed as a percentage of total users involved (2643) An important issue can be identified by analyzing the type of users who have collaborated with SF farms and the main vertical diversification activities of farms (direct sales, educational activities, product transformation, and agritourism activities). In particular, we have analyzed persons with intellectual disabilities, relational problems, and physical disabilities (Figure 8 ). Forty-seven percent of persons with intellectual disabilities are mainly involved in farms with predominant product transformation activities (59 of 125). Thirty-five percent are involved in farms with predominant agritourism activities (37 of 107). The same percentage (33%) of these persons are involved in farms with the predominance of direct sales and educational activities (respectively, 60 of 182 farms and 53 of 160) Thirty percent of persons with relational problems are mainly involved in farms with predominant product transformation activities (37 of 125). The same percentage (33%) are involved in farms with the predominance of direct sales and agritourism activities (respectively, 41 of 182 farms and 25 of 107) Twenty-one percent are involved in farms with predominant educational activities (33 of 160 farms) Twenty-nine percent of persons with physical disabilities are mainly involved in farms with predominant product transformation activities (36 of 125). Twenty-three percent are involved in farms with the predominance of educational activities (37 of 160 farms), 21% in agritourism activities (22 of 107), and 20% are involved in farms with the predominance of direct sales (36 of 182).

Sustainability 2020 , 12 , 5036 13 of 17 Sustainability 2020 , 12 , x FOR PEER REVIEW 13 of 17 Figure 8. Users and the main vertical diversification activities of farms. Data expressed as n. of farms where the different type of users are involved in. In order to analyze differences between regions, we tested the correlation between agricultural activities, connected activities, and social services using the rho Spearman correlation index, a noparametric test. For agricultural activities, we tested horticulture and poultry, for connected activities we tested direct sales and educational activities, and for social services we tested training and job placement (Table 1) Table 1. Spearman’s correlation coefficients between main activities/social services observed among regions. Hortic. Fruit product Poultry Direct sales Ed. activities training Job placem. Horticulture - Fruit product 0.6493 * - Poultry 0.7993 * 0.6379 * - Direct sales 0.8071 * 0.4734 0.5207 * - Ed. activities 0.9222 * 0.5431 * 0.7352 * 0.8596 * - Training 0.8786 * 0.4303 0.5409 * 0.9546 * 0.9121 * - Job placement 0.8271 * 0.6627 * 0.6551 * 0.8232 * 0.8190 * 0.8359 * - Note: * correlation is significant at the 0.05 level. 5. Discussions Considering the information obtained, it is possible to see how SF in Italy is made up of a variety of practices that depend on different aspects: on a legal act, which regulates social farming practices and which is unique at the European level; on the type of structures involved; on the organization of the activities carried out; and on the territorial context in which they are developed. Results indicate a non-homogeneous territorial distribution of the agricultural farms involved in SF. To influence the presence and distribution of social farming practices in the territories, there is certainly a flywheel effect exerted by some context-specific factors, such as “ the launch of local policies dedicated to the sector” ; “ the presence of specialized research centers on the topic” ; “ the existence of long-term projects activated on the territory” , and “ the management of local animation practices” . This effect explains why its diffusion becomes much faster and more incisive where the social farming phenomenon is recognized and supported by the territory. In contrast, where these pioneering practices do not find Figure 8. Users and the main vertical diversification activities of farms. Data expressed as n. of farms where the di ff erent type of users are involved in In order to analyze di ff erences between regions, we tested the correlation between agricultural activities, connected activities, and social services using the rho Spearman correlation index, a no-parametric test. For agricultural activities, we tested horticulture and poultry, for connected activities we tested direct sales and educational activities, and for social services we tested training and job placement (Table 1 ). Table 1. Spearman’s correlation coe ffi cients between main activities / social services observed among regions Hortic. Fruit product Poultry Direct sales Ed. activities training Job placem. Horticulture - Fruit product 0.6493 * - Poultry 0.7993 * 0.6379 * - Direct sales 0.8071 * 0.4734 0.5207 * - Ed. activities 0.9222 * 0.5431 * 0.7352 * 0.8596 * - Training 0.8786 * 0.4303 0.5409 * 0.9546 * 0.9121 * - Job placement 0.8271 * 0.6627 * 0.6551 * 0.8232 * 0.8190 * 0.8359 * - Note: * correlation is significant at the 0.05 level 5. Discussions Considering the information obtained, it is possible to see how SF in Italy is made up of a variety of practices that depend on di ff erent aspects: on a legal act, which regulates social farming practices and which is unique at the European level; on the type of structures involved; on the organization of the activities carried out; and on the territorial context in which they are developed. Results indicate a non-homogeneous territorial distribution of the agricultural farms involved in SF To influence the presence and distribution of social farming practices in the territories, there is certainly a flywheel e ff ect exerted by some context-specific factors, such as “ the launch of local policies

Sustainability 2020 , 12 , 5036 14 of 17 dedicated to the sector” ; “ the presence of specialized research centers on the topic” ; “ the existence of long-term projects activated on the territory” , and “ the management of local animation practices” . This e ff ect explains why its di ff usion becomes much faster and more incisive where the social farming phenomenon is recognized and supported by the territory. In contrast, where these pioneering practices do not find responsive interlocutors in the institutions or in the territorial organizations, the di ff usion of the phenomenon and the integration of new actors is seen to be slower From the examination of the sample, emerges the picture of a sector with entrepreneurial, social, and diversified potential and capacities, able to initiate unprecedented synergies in the territories in which it operates In fact, through the connected activities, the farms manage to reduce production risks linked to seasonality and climate change, and multiply the opportunities related to socio-working inclusion for the di ff erent groups of users involved in social farming The most important results show big individual farms with a great variety of agricultural activities and livestock systems, with a clear predominance of horticulture. This result is in line with a lot of other research papers, not only at the Italian level but also at the European level [ 40 ]. At the same time, there is a strong link between social agriculture and environmentally friendly techniques, as mentioned already by [ 28 , 29 , 36 ]. These SF farms combine agricultural and / or livestock production activities with one or more connected activities (mainly more than one connected activity; in particular, direct sales and educational activities), giving more value to manual work. Regarding this aspect, there is a large variety of situations inside the cases analyzed in the literature, as mentioned by [ 17 ]. As regards specific social activities, the farms are mostly involved in training and job placement services, as already found in other surveys [ 41 ]. The farms involved di ff erent kinds of users, but there is a big presence of people with intellectual disabilities or relationship problems. This result is in line with other kinds of papers [ 42 – 44 ]. From the analysis of the data among regions, it is possible to note some strong correlations. For example, between farms that make horticulture and educational activities (rho 0.922): This could be directly related to the activities of didactic farms that very often o ff er courses in small horticulture Another strong correlation (0.912) is observed between educational activities and training that could be due to disabled children / minors being directly involved in training activities. Also between the farms that make direct sales and training activities a strong correlation (rho 0.955) is observed, but this is probably a spurious relationship without logical meaning. No significant correlation has been observed between farms that produce fruit and training activities, and between those that sell fruit and make direct sales At the base of social farming, there are always productive agricultural chains. “Along with a strong attention to the quality of the environment, it also gives a lot of importance to the quality of the product, which most of the time are labeled as “zero km” and taking good care of every phase of the production process”. Social farming farms are multi-channel farms, in which the interaction between the farm and customers takes place through the integration of multiple channels. “The national network of Campagna Amica markets also represents an opportunity for social agriculture, which in part still needs to be explored: fixed markets and events for the promotion of the products and services provided by social agriculture companies, spread all over the national territory, privileged meeting places between the countryside and the city, all of which pose great opportunities to encourage the development of skills related to the socio-relational sphere of the people involved in social farming” From the analysis, it is possible to observe how the topic of SF is hybrid by nature, encompassing a great diversity of resources, skills, operating practices, and individuals that mobilize di ff erent sectors and activities. “ It implies new mechanisms within society, more related to the dynamic interaction between subjects and less to the specialization and hierarchical structuring of codified welfare services ”. In this sense, SF is the result of a co-production process carried out by individuals with di ff erent experiences, motivations, and resources. “ The emergence of SF itself stimulates cultural exchange between individuals

Sustainability 2020 , 12 , 5036 15 of 17 with di ff erent and specific skills; it also propitiates the acquisition of new knowledge that produces innovation in the working models adopted ” 6. Conclusions SF is an activity that is currently gaining popularity in Italy because of its potential to provide real and tangible benefits, not only for the people involved directly in it, but also to entire communities [ 3 , 14 , 45 ]. In fact, SF has received a lot of attention, mainly due to the emergence of new visions that respond to the need for relationships and community action through the multifunctionality of agriculture, as well as the construction of new welfare paths capable of responding e ff ectively to people’s needs The analysis carried out confirms the wide variety of subjects involved in the management of SF pathways, as well as that of target users. The diverse needs, which vary according to the di ff erent types of user, are necessarily reflected in a multiformity of SF paths. Depending on the types of users, di ff erent paths and collaborations between the subjects can be registered. They can be in accordance with the multifunctionality of the agricultural farms, their aim (more or less therapeutic, more or less supervised from the point of view socio-health skills) and their focus (playful, educational, training, work). In any case, their goal is to be able to provide their users with guidance and tools so that they progressively get involved and are active and productive in society In order to achieve a better understanding and knowledge of the SF phenomenon, and in order to encourage new innovation paths, it would be necessary to focus on the involvement of all the actors, regardless of the public or private role covered. In order to do so, there are certain needs that have to be covered: • Fertile and free environments where innovation can be born and developed; • Innovative actors able to consolidate and transmit the content of innovation, socializing their cultural approaches and knowledge; • Institutional subjects, able to promote and formalize change and recognize the importance of innovators; • People bringing innovative ideas but also the capacity to promote and transfer those ideas by participating in decision-making processes, in policies, legislative acts, and the contents of innovation; • Actors participating in the decision-making o ffi ces need to prioritize innovative ideas in order to try to give new answers in a period of crisis, thus showing openness to find solutions through innovation The sale of social farming products, in addition to sharing the knowledge of these experiences, has a significant economic value because it allows the promotion of sustainable welfare projects in rural and peri-urban areas that otherwise could not exist or have continuity. Therefore, activating co-responsibility paths towards communities is a sort of new alliance between citizens, agricultural farms, and the networks / partnerships connected to them. For these reasons, it is also urgent to establish an ethical brand that recognizes and identifies the products coming from social farming, allowing them to maximize their valorization One limitation is related to the specific characteristics of SF farms and is due to national laws that sometimes make it di ffi cult to compare this analysis outside the national borders Another limitation is that the analysis is only based on the SF farms belonging to Coldiretti, because a census at national level is lacking. However, it should be pointed out that the information collected has made it possible to describe a very articulated and varied reality, with the presence of di ff erent types of operators and with an important diversification between farms at the geographical level Author Contributions: Conceptualization, F.D.I.; data curation, A.G. and C.T.; formal analysis, F.R.; investigation, A.G. and C.T.; methodology, R.M.; writing—original draft, R.M.; writing—review and editing, R.M., F.R., and S.E.D. All authors have read and agreed to the published version of the manuscript.

Sustainability 2020 , 12 , 5036 16 of 17 Funding: This research received no external funding Conflicts of Interest: The author declares no conflict of interest References 1 Dessein, J.; Bock, B.B. Socio-Cultural Processes as Breeding Ground for Green Care. In The Economics of Green Care in Agriculture ; Loughborough University: Loughborough, UK, 2010; pp. 29–36 2 OECD. Multifunctionality in Agriculture. OECD Publishing Press: Paris, France, 2008 3 Giar è , F. Coltivare salute: Agricoltura sociale e nuove ipotesi di welfare. In Proceedings of the Coltivare Salute: Agricoltura Sociale e Nuove Ipotesi di Welfare ; INEA: Roma, Italy, 2013; pp. 1–138 4 Di Iacovo, F.; Moruzzo, R.; Rossignoli, C.; Scarpellini, P. Innovating rural welfare in the context of civicness, subsidiarity and co-production: Social Farming. In Proceedings of the 3 rd EURUFU Scientific Conference, Sondershausen, Germany, 25 March 2014 5 Di Iacovo, F.; O’Connor, D. Supporting Policies For Social Farming in Europe: Progressing Multifunctionality in Responsive Rural Areas Agriregionieuropa Available online: https: // agriregionieuropa.univpm. it / it / content / article / 31 / 19 / supporting-policies-social-farming-europe-progressing-multifunctionality (accessed on 27 April 2020) 6 Tulla, A.F.; Vera, A.; Valldeperas, N.; Guirado, C. Social return and economic viability of social farming in catalonia: A case-study analysis Eur. Ctry 2018 , 10 , 398–428. [ CrossRef ] 7 Dessein, J.; Bock, B.B.; de Krom, M.P.M.M. Investigating the limits of multifunctional agriculture as the dominant frame for Green Care in agriculture in Flanders and the Netherlands J. Rural Stud 2013 , 32 , 50–59 [ CrossRef ] 8 Berti, F. Il valore aggiunto delle fattorie sociali: Dalla sostenibilit à al welfare rurale. In Ripartire Dalla Sobriet à Le Fattorie Sociali ; Liguori: Napoli, Italy, 2012 9 Genova, A. L’innovazione nel welfare regionale: La governance dell’agricoltura sociale nel caso studio delle Marche Argomenti 2019 , 77–98. [ CrossRef ] 10 Hassink, J.; Elings, M.; Zweekhorst, M.; van den Nieuwenhuizen, N.; Smit, A. Care farms in the Netherlands: Attractive empowerment-oriented and strengths-based practices in the community Heal. Place 2010 , 16 , 423–430 [ CrossRef ] [ PubMed ] 11 Maino, F. L’innovazione sociale nll’Unione Europea: Uno stimolo per il rinnovamento del Welfare. In Quaderni Di Economia Sociale ; SRM Publishing Press: Napoli, Italy, 2014; pp. 10–21 12 Di Iacovo, F.; Moruzzo, R.; Rossignoli, C. Social farming and policies in Tuscany, between social innovation and path dependency Ital. Rev. Agric. Econ 2018 , 73 , 107–131 13 Giar è , F.; De Vivo, C.; Ascani, M. L’agricoltura sociale: Un modello di welfare generativo Ital. Rev. Agric Econ 2018 , 73 , 125–146. [ CrossRef ] 14 Sempik, J. Green care and mental health: Gardening and farming as health and social care Ment. Heal. Soc Incl 2010 , 14 , 15–22. [ CrossRef ] 15 Hine, R.; Peacock, J.; Pretty, J Care Farming in the UK: Evidence and Opportunities ; University of Essex: Colchester, UK, 2008 16 Hassink, J.; Van Dijk, M. Farming for Health across Europe: Comparison between countries, and recommendations for a research and policy agenda. In Farming for Healt ; Springer: Dordrecht, The Netherlands, 2006; pp. 345–357 17 Garc í a-Llorente, M.; Rubio-Olivar, R.; Gutierrez-Briceño, I. Farming for Life Quality and Sustainability: A Literature Review of Green Care Research Trends in Europe Int. J. Environ. Res. Public Health 2018 , 15 , 1282 [ CrossRef ] [ PubMed ] 18 Moruzzo, R.; Di Iacovo, F.; Funghi, A.; Scarpellini, P.; Diaz, S.E.; Riccioli, F. Social Farming: An Inclusive Environment Conducive to Participant Personal Growth Soc. Sci 2019 , 8 , 301. [ CrossRef ] 19 European Network for Rural Development Overview of Social Farming and Rural Development Policy in Selected EU Member States NRN Joint Thematic Initiative on Social Farming ; ENRD: Brussels, Belgium, 2010 20 Di Iacovo, F.; Moruzzo, R.; Rossignoli, C.; Scarpellini, P. Transition Management and Social Innovation in Rural Areas: Lessons from Social Farming J. Agric. Educ. Ext 2014 , 20 , 327–347. [ CrossRef ] 21 Bock, B.B.; Oosting, S.J The Economics of Green Care in Agriculture. COST Action 866, Green Care in Agriculture ; Dessein, J., Bock, B., Eds.; Loughborough University: Loughborough, UK, 2010; ISBN 9781907382284.

Sustainability 2020 , 12 , 5036 17 of 17 22 Hassink, J.; Zwartbol, C.; Agricola, H.J.; Elings, M.; Thissen, J.T.N.M. Current status and potential of care farms in the Netherlands NJAS-Wagening. J. Life Sci 2007 , 55 , 21–36. [ CrossRef ] 23 Di Iacovo, F.; Moruzzo, R.; Rossignoli, C.M.; Scarpellini, P. Measuring the e ff ects of transdisciplinary research: The case of a social farming project Futures 2016 , 75 , 24–35. [ CrossRef ] 24 Di Iacovo, F.; Moruzzo, R.; Rossignoli, C. Collaboration, knowledge and innovation toward a welfare society: The case of the Board of Social Farming in Valdera (Tuscany), Italy J. Agric. Educ. Ext 2017 , 23 , 289–311 [ CrossRef ] 25 Di Iacovo, F.; Fumagalli, S.; Sabbadini, M.; Venturelli, S La Coproduzione Innovativa in Agricoltura Sociale La Co- -Produzione Innovativa in Agricoltura ; Iris Network: Torino, Italy, 2013 26 ARSIA Guida per L’agricoltura Sociale in Toscana La Buona Terra: Lavoro, Inclusione, Accoglienza ; ARSIA: Firenze, Italy, 2010 27 Camera dei Deputati Indagine Conoscitiva Sull’agricoltura Sociale Available online: http: // www.forumagricolturasociale.it / wp-content / uploads / 2011 / 09 / Commissione-agricoltura-camera- DocumentoConclusivoAgrisociale_APPROVATO_-2012-07-04.pdf (accessed on 29 April 2020) 28 ARSIAL Guida dell’Agricoltura Sociale-Lazio ; ARSIAL: Roma, Italy, 2015 29 Ciaperoni, A.; Di Iacovo, F.; Senni, S Agricoltura Sociale Riconoscimento e Validazione Delle Pratiche Inclusive nel Welfare Locale a Cura di ; Associazione Italiana Agricoltura Biologica: Bova Marina, Italy, 2018 30 Fazzi, L. Social Co-operatives and Social Farming in Italy Soc. Rural 2011 , 51 , 119–136. [ CrossRef ] 31 ISMEA Multifunzionalit à Agricola E Agriturismo, Scenario E Prospettive-Rapporto 2017 ; ISMEA: Roma, Italy, 2017 32 Dell’Olio, M.; Hassink, J.; Vaandrager, L. The development of social farming in Italy: A qualitative inquiry across four regions J. Rural. Stud 2017 , 56 , 65–75. [ CrossRef ] 33 ISMEA Multifunzionalit à Agricola e Agriturismo, Scenario e Prospettive-Rapporto 2018 ; ISMEA: Roma, Italy„ 2018 34 Bassi, I.; Nassivera, F.; Piani, L. Social farming: A proposal to explore the e ff ects of structural and relational variables on social farm results Agric. Food Econ 2016 , 4 , 13. [ CrossRef ] 35 D’Angelo, D.; Senni, S. Social farming and the recent national regulation: An exploratory survey Econ Agro-Aliment 2017 , 19 , 259–272. [ CrossRef ] 36 Giar è , F Agricoltura Sociale E Civica ; INEA: Roma, Italy, 2014 37 Tremblay, M.-A. The Key Informant Technique: A Nonethnographic Application Am. Anthropol 1957 , 59 , 688–701. [ CrossRef ] 38 Eyler, J.; Giles, D.J. The Importance of Program Quality in Service-Learning. In Service-Learning Applications From the Research ; Waterman, A., Ed.; Routledge: London, UK, 2014; pp. 75–94 39 McKenna, S.A.; Main, D.S. The role and influence of key informants in community-engaged research: A critical perspective Action Res 2013 , 11 , 113–124. [ CrossRef ] 40 Tulla, A.F.; Vera, A.; Valldeperas, N.; Guirado, C. New approaches to sustainable rural development: Social farming as an opportunity in Europe? Hum. Geogr 2017 , 11 , 25–40. [ CrossRef ] 41 Giar è , F.; Borsotto, P.; Signoriello, I. Social Farming in Italy. Analysis of an «inclusive model» Ital. Rev. Agric Econ 2018 , 73 , 89–105. [ CrossRef ] 42 Eriksson, T.; Westerberg, Y.; Jonsson, H. Experiences of women with stress-related ill health in a therapeutic gardening program Can. J. Occup. Ther 2011 , 78 , 273–281. [ CrossRef ] [ PubMed ] 43 Adevi, A.A.; Mårtensson, F. Stress rehabilitation through garden therapy: The garden as a place in the recovery from stress Urban For. Urban Green 2013 , 12 , 230–237. [ CrossRef ] 44 Leck, C.; Evans, N.; Upton, D. Agriculture-Who cares? An investigation of “care farming” in the UK J. Rural Stud 2014 , 34 , 313–325. [ CrossRef ] 45 Vadnal, K. Multifunctional farms as providers of social care in the EU. Proceedings of 5 th Croatian & 5 th International Symposium on Agriculture, Opatija, Croatia, 15 February 2010 © 2020 by the authors. Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (http: // creativecommons.org / licenses / by / 4.0 / ).

Other Environmental Sciences Concepts:

[back to top]

Discover the significance of concepts within the article: ‘Italian Social Farming: the Network of Coldiretti and Campagna Amica’. Further sources in the context of Environmental Sciences might help you critically compare this page with similair documents:

Training, Horticulture, Complete analysis, Cultural exchange, Public service, Physical disabilities, Legal structure, Scientific discipline, New alliance, Research methodology, Welfare service, Public health, Agricultural activities, Social welfare, Public bodies, Social service, Social activities, New knowledge, Quality of life, Social justice, Tangible benefit, Educational activities, Local development, Therapeutic service, New vision, Public policies, Decision-making processes, National level, Rural development, Environmental education, Rural area, Social inclusion, Research center, Correlation coefficient, Statistical analyses, Economic value, Ethical dimension, Gray literature, Environmentally friendly, Local communities, Fruit production, Chi-Squared Test, Relational problems, Social protection, National health system, Public-private collaboration, Training activities, Environmental point of view, Working model, Territorial distribution, Innovative idea, Therapeutic, Intellectual disabilities, Poultry, Innovation, National law, Alternative service, Welfare System, Key informant, Educational, Local policies, Community action, Peri-urban area, National territory, Innovative tool, Rural and peri-urban areas, Innovative practice, Job placement, Regional office, Community approaches, Agricultural business, Local institution, SF, Social innovation, Italian law, Direct sale, Direct impact, Legislative act, Economic diversification, Institutional actors, Agricultural enterprise, Agricultural companies, Computer Assisted Web Interviewing, Italian legislation, Innovation path, Territorial level, Agricultural farm, Social farming, Target user, National network, Individual Farm, Entrepreneurial potential, Livestock system, National border, Socio-educational, Green Care.