Abstract
Many impacts occur due to oil palm cultivation. One of them is a conflict that occurred in some regions, especially in Jambi Province in Indonesia. Most of the conflicts that occurred are related to natural resources. Disputes can be more complicated when there is any part of the land belongs to the government. Commonly, 30% of the plantations is owned by plasma land, while the remaining 70% is owned by nucleus land. Conflicts occurred due to the smallholders’ position, which is a weak party in land tenure. The smallholders’ low income was partly due to the high price of fertilizers, the toke’s (middleman) low price, and related transportation problems. Differences in individual perceptions are also one of the conflicts that occur. The purpose of this study was to understand more deeply the conflict between smallholders, especially independent smallholders, and the company oil palm that occurred. By using soft system method-based action research, real-world primary data were collected through in-depth interviews with stakeholders (local government, smallholders, companies, and NGO activists) in Jambi. This article found that this system is also implemented in oil palm plantations in Indonesia. Independent smallholder oil palms also consider that community engagement should be involved as a learning effort. Therefore, social interaction and community involvement, through approaches with the government, companies, and oil palm planters in forms of social interaction and training, need to be applied to minimize oil palm conflicts. It is suggested that further research can provide a study, explanation, and implementation of existing policies so that the obligations and rights of smallholder oil palms and plantation companies do not cause oil palm conflicts.
1 Introduction
Oil palm cultivation activities have both positive and negative impacts. Positive impacts include an increase in the country’s economy and employee welfare [1,2]. The negative impacts include GHG production, emissions, loss of forest services, loss of biodiversity, and social conflicts [3,4,5,6].
Agrarian conflicts occur every year, where 35% of them are conflicts in the plantation sector, and as many as 60% are conflicts related to oil palm plantations [7]. In agricultural activities, social conflicts often appear between smallholders (including companies) and the community [8]. Conflict occurs because of different interpretations between the two parties on the events that occurred. They give different meanings; in this case, the interpretation is based on beliefs, values, and experiences [9]. Mastery of natural resources and economic interests versus environmental interests is accused of being the trigger for conflict [10].
One of the social impacts that occur in communities related to plantations is the possibility of land conflicts and theft of customary forests [6,11]. Soils are susceptible to fragmentation, expropriation, land loss, and scarcity of young smallholders [10]. Another cause of land conflicts is the expropriation of land belonging to smallholders by large companies. Land conflicts can also occur due to the use of customary forests. Customary forests are usually managed and utilized by local communities as a source of community livelihoods and biodiversity. Forests that are open to oil palm cultivation can reduce biodiversity [4]. One of the functions of customary forests is as a source of medicinal plants used by the community. Disruption of forest functions, in this case, will affect the scarcity of medicinal plants so that people will find it difficult to obtain that plant. Oil palm cultivation is also the cause of the loss of environmental services such as carbon and water storage [12].
Most oil palm plantations use a monoculture system. This system may present several problems in the future. As mentioned earlier, the monoculture of oil palm plantations causes biodiversity loss [13], namely, the conversion of land from diverse forests to oil palm plantations. This monoculture can result in restrictions on local communities’ use of resources [14] and lead to conflicts. Many local people depend on the forest for their livelihoods. They depend on food, medicine, and environmental quality. When a conversion occurs, local people have lost these forest functions.
The conflicts occur mostly related to natural resources, including loss of livelihoods, access to natural resources, ownership of resources, environmental degradation, environmental impacts, violations of human rights [15], lack of consultation, displacement of people location, restrictions on access, and disruption to community sources of livelihoods [16,17], and lack of consultation, broken promises, and lack of compensation are also causes of conflict [18]. Conflict may also occur due to intimidation and violations or restrictions on activities and access to natural resources [19].
About 30% of conflicts between the local community and companies in Indonesia are land conflicts [14]. Many land conflicts occur in Central Java, Kalimantan, and Sumatra. Some conflicts are demonstrations demanding the return of smallholder oil palms’ rights. From these data, 40% of demonstrations are caused by local elites who are superior in terms of negotiations. The impacts that arise as a result of this kind of conflict are violence, intimidation, material and time losses by both parties, disruption of daily activities or work and production, and even death [11]. Conflict is divided into two levels, namely, high and medium conflict. High conflict causes physical violence to one party or even both, while medium conflict involves intimidation and activity restrictions.
There were at least 663 ongoing conflicts over oil palm plantations and 8,959 land dispute cases occurred in 2010 [20]. As many as 55% of them are conflicts between communities, 15% are cases of disputes between communities and legal entities, 0.1% are conflicts between legal entities, and 27% are conflicts between the community and the government. It was reported that land conflicts in Indonesia had caused many victims. A total of 55 people were killed, 75 people were shot, 757 people experienced persecution, and 1,298 people experienced discrimination due to defending their land rights [21]. The large number of victims resulting from these conflicts is evidence that conflict management should be improved.
Various parties involved in Indonesia’s land conflict are the government, company, NGO, and local community. The government involvement, in this case, includes the national level government until the village government, such as National Land Agency (BPN), Province Plantation Agency, Province Forest Agency, Regency Administration, Regency Government, and Village Government [22]. These parties are those who have authority in the land policy in Indonesia, including NGO activists, such as WALHI and LBH [23]. Parties such as village leaders, oil palm farmers, and local communities are those who are directly in conflict with the company [24]. Interaction between each actor includes the self-interest of each actor, normative role orientation, identity, interaction orientation, culture, knowledge, policy, power, and structural interaction organization [24,25,26]. Those factors in interaction with each actor will affect the conflict resolution.
There are phases of the industrial plantation planting conflict, including (1) plantation arrangement, (2) initial protests, (3) conflict, and (4) conflict resolution [14]. The conflict phase is described in Figure 1 [27]; however, if the conflict becomes violent, the conflict will be prolonged and impact each actor.
![Figure 1
Phases of violent conflict [27].](/document/doi/10.1515/opag-2022-0091/asset/graphic/j_opag-2022-0091_fig_001.jpg)
Phases of violent conflict [27].
Jambi is one of Indonesia’s provinces with a plantation area of around 1,070,723 ha [28]. This area places Jambi as the 4th largest province on Sumatra Island after South Sumatra [28]. About 60% of the total area consists of plantations that are smallholder oil palm plantations. The economic structure of Jambi province still depends on plantation products, especially oil palm plantations, which are the mainstay of the Jambi region.
The large number of small farmers in Jambi is one of the impacts of transmigration conducted by the Government of Indonesia [29]. The transmigration policy also encourages a plasma program, namely, cooperation between the government and smallholders, which aims to manage oil palm plantations [29,30]. The expansion of plantation development and mill activities will reduce the forest area [31], increased environmental temperature [32], and social injustice to local communities and indigenous peoples [33].
Walhi Jambi discovered that at least 43 conflicts, including disputes over oil palm plantations, occurred in Jambi [34,35]. As of 2018, Indonesia has 144 agrarian conflicts in the plantation sector [36]. Total agrarian conflicts in oil palm plantations, including those related to land conflicts, fluctuated in 2011–2014 [36]. This shows that the land conflicts between the company and the community have not been entirely resolved. Therefore, this study tries to find the root causes of the conflict so that Jambi conflicts in particular and Indonesia generally do not recur.
2 Theoretical framework
2.1 Definition of soft system methodology
Conflicts arise because of incompatible interactions, differences in perceptions, or differences in views of two or more individuals, organizations, and stakeholders [37]. However, there are more than one interactions, views, and backgrounds that cause conflict to become a complex problem that needs to be resolved when viewed from a system perspective. The system is a concept created to facilitate understanding of something. Phenomena that exist in the world can be described as a part that cannot be broken down into different parts; this perspective is well known as system thinking [38]. System thinking leads to the thinking of real social systems that exist globally, while the assumption of social construction in the world is systemic. The thinking system is a dynamic system; this system studies phenomena in the real world by forming a model for conducting an intervention [39]. Research involves three elements, namely, (1) ideas that are connected into a framework, (2) application of ideas in methodology, and (3) application of methodology [40]. Checkland introduced research methods such as HSM and soft system method (SSM) [40]. This methodology is also called intervention, which identifies the problem and draws the final solution to achieve the desired condition. The challenge faced in this research is finding a suitable or efficient way or method to achieve the predetermined goals.
The system categorizes human problems into two categories – visible problems (expressed) and problems that are not visible (implied). Problems that appear real and can be formulated using a clear and structured method are called hard problems. This characteristic problem uses HSM. The HSM system includes a clear and unambiguous system that indicates that there is no difference of opinion regarding the issue. HSM is usually used to deal with physical environmental problems, namely, problems that do not change [40]. The unrealistic problems with unclear and unstructured methods are called soft problems. In this case, SSM is used as the solution method [40]. There are differences in the perspective of the problems on the SSM of each party where organizational problems are more suitable to be resolved using the SSM method rather than HSM. HSM and SSM have several differences, as presented in Table 1.
Traditions of hard systems thinking (1950s–1960s) and soft systems thinking (1980s–1990s) [40]
The hard systems thinking | The soft systems thinking |
---|---|
Dedicated to achieving goals | The educational system is the system’s focal point |
Tends to assume the world comprises a “engineered” system | System models can help to understand the world’s complexity |
Presumes modeling methods are world representations | Intellectual constructions are employed to generate assumptions about the world’s systems |
Used the term “issue” and “solution” interchangeably | Used the terms “issue” and “accommodations” interchangeably |
The strengths | The strengths |
Highly effective approaches allow being used | |
Stakeholders who are experiencing problems as well as professional practitioners have access to it | |
Retaining a humane demeanor when confronted with difficult situations | |
The weakness | The weakness |
Skilled experts may be required | It does not provide conclusive solutions |
It is possible to lose sight of things that aren’t directly related to the topic at hand | Accepts the incessant inquiry |
Since the HSM method cannot solve complex problems, the development of the SSM method is crucial. Problems that are not clear as to which party caused it and the inability to determine objectives can be resolved by using the SSM method. The SSM method is also commonly used to determine problems whose variables are not clearly known. SSM does not limit certain variables but it identifies variables related to the system as many as possible to complete the information obtained. From these variables, a simplification will be made to make the model easier. SSM is used to define the problem clearly so that decisions can be taken and describe the actors involved to reveal relevant objectives for each stakeholder [41]. Therefore, the method used in this research was SSM. Problems that have not been clearly delineated require extra effort in their exploration. In-depth interviews were carried out to find the problems that occur. This process aims to obtain formation from relevant sources.
SSM is a method of comparison between the real-world situation and the system relevant to achieve predetermined goals [42]. Comparison of the model against the situation will result in according to research questions that meet systematically desirable and culturally appropriate criteria. There are several stages in SSM. From these stages, a description or a model of the problem that occurs will be produced. Figure 2 describes that the resulting model must match the model that occurs in the real world so that solutions to the problems can be found [43]. The search for goals using models is obtained from human behavior that comes from perception. This model represents the embodiment of the views of the parties related to the perceptions of each party.
![Figure 2
Soft system method is described in the form of a seven-stage model [43].](/document/doi/10.1515/opag-2022-0091/asset/graphic/j_opag-2022-0091_fig_002.jpg)
Soft system method is described in the form of a seven-stage model [43].
SSM can be used to solve problems, including energy efficiency [41], climate science [44], technology [45], environmental [46], social or human [47,48]. Hardjosoekarto has made the application of SSM in the social development index [48]. His research was carried out by using action research based on SSM. SSM is used to achieve the goals of overcoming social complexities in the social development. This research was related to the engagement of the informal merchant sector. The analysis of research is carried out not only through social analysis but also through cultural and social processes to promote informal traders.
SSM is often used to resolve conflicts. Hersh used the SSM method for conflict resolution [49]. Hersh stated that conflicts between two parties are sometimes difficult to determine which party is right and wrong because conflicts occur in different perceptions of polarized events [49]. Individuals will tend to view conflict subjectively, where one party with another party has a different view regarding the conflict’s causes. Conflicts occur because of the distrust, misunderstanding, and hatred of both parties. The long-running conflict makes resolving it more difficult. Through the SSM stages, Hersh stated that researchers must avoid being depicted as the real world to resolve conflicts at the conceptual modeling stage [49]. It requires crucial information such as the conflicting parties’ processes and power relations, outside interference, or the possibility of other personal interests.
3 Method
This research was conducted in Jambi Province. Of eight subdistricts and cities in the province, only six districts have oil palm plantations (Figure 3). The method used in this research was qualitative, namely, by interviewing various parties involved in oil palm conflicts, including elements of local government, companies, smallholders, and nongovernmental organizations. Key informants consisted of two informants from two different companies who were in conflict with the community, two oil palm community smallholders, one representative from the local government, and one person from an NGO who helped mediate conflicts between smallholders and companies. Interviews were conducted directly to find solutions to solve oil palm plantation conflicts.

Research location.
The nature of the conflict in this study is complex and direct, and the researcher chose the soft system method (SSM) to understand the conflict as a whole. There are several reasons why SSM was chosen to be used in this study. The causes include the obscurity and complexity of conflict problems that cannot be resolved by the methods used. This method changes the goals to be achieved; unstructured problems will be transformed into structured problems. Complex problems become simple without reducing the related variables and by understanding the problems associated with its obscurity.
SSM is not a tool to produce technical solutions but emphasizes how to facilitate in problem solving [40]. This method is more about understanding the problems that occur rather than solutions. Unlike other methods, this study uses the SSM method, and researchers should be active, instead of passive. Researchers do not only provide opinions but also should involve in investigations or research, as well as in problem solving. Researchers are not outsiders but are part of the solution or one of the main actors who change conflict, namely, problem solving. The researcher should carry out seven stages of action to solve the conflict (Table 2). Each stage should be done one after the other.
Summary of soft system method (SSM) relates to data collection, analysis, and output
No | SSM steps | Description | Data collection | Data processing | Output |
---|---|---|---|---|---|
1 | Situation considered problematic | Researchers gather as much information that can be found | Deep interview | Real-world situation | Finding out the problem situation |
Observation | |||||
Study literature | |||||
2 | Problem situation expressed | The researcher structured the conflicts that occurred | Interview and discussion | Unstructured problem situation | Structure problem |
Rich picture | |||||
3 | Root definition (RD) of the relevant system | Researchers formulate a root definition that refers to the question of what, how, and why conflicts occur | Interview and discussion | CATWOE | Root definition |
4 | Conceptual model of a system described in root definition | Researchers develop a model based on CATWOE | Interview and discussion | Root definition | Model of system |
5 | Comparison of model and real world | Researchers compare the models that have been made with the real world, whether the model is following the real world | Interview and discussion | Model and real world | Suitability of the model with the real world |
6 | Systematically desirable culturally feasible | Researchers evaluate the models that have been made | Interview and discussion | Summarize the analysis from steps 1–5 | A list of actions that can be taken to improve the situation |
7 | Action to improve the problem situation | Researchers take action to fix conflict | Observation | List of actions | Improvement of the problem situation |
Furthermore, it is necessary to explore situations that occur in the real world for research using SSM. In this study, the real world’s problem is the conflict that occurred in Jambi between the oil palm company and the surrounding community. To understand the problems that occur, researchers conducted interviews with the related parties. The researcher made a theoretical framework before conducting interviews. This theoretical framework is used as the basis for implementing stage 1 and stage 2 in SSM. It aims to make sure that the discussion is constructed based on the theoretical framework [40].
In the analysis phase, several things such as identifying essential characteristics determine how much the analysis limits will be used and identifying whom policymakers need to understand the actions that can be taken. Given many actors, perspectives, and unstructured problem conditions, problem-solving method (PSM) is thus needed [50] to make complex decisions. The most important thing in the preparation of this PSM is its facilities and arrangement. An important SSM concept is monitoring and control.
4 Result and discussion
4.1 Stage 1: Understanding the problem situation
The plantation subsector has a vital role in the economy where 10.97% contributes to the national gross domestic product (GDP) [51]. Oil palm plantations in Indonesia are generally run under a partnership system. The partnership system is carried out using a system of handing over land to the company. It will be then managed by the company based on an agreement between the company and the community. The agreement, in this case, stated the ownership, location, and land area boundaries. This statement is in accordance with the source who stated the following:
“The partnership land system is carried out with the provision of the community that gives 1,000 ha of land area in the agreement between the company and the community under the consideration that the company has the capital, while the community has the land, as an initial agreement between plasma land nucleus lands. Sidomujo village handles more than 1,000 ha of the land area, meaning that 300 ha of which is the plasma land. Meanwhile, 700 ha of nucleus land are fully managed by the company, including equipment, maintenance, and harvesting.” (M, 34 years, Company B).
The agreement between the company and the local community is made in a written form, accompanied by the authorities, such as customary leaders, subdistrict heads, regents, and the forestry offices. The land acquisition process is carried out legally by the company by fulfilling the Business Use Rights (HGU) to prevent mistakes or things that are bordered by community lands or people’s inherited lands. This statement is based on the narrative of one of the following sources:
“The first process of land acquisition is the legality process, which in this case is HGU, the company has fulfilled the HGU. then, based on a limited meeting, the land acquisition will be carried out, so that there is no mistake or border with the residents’ land or land inherited by residents” (R, 32 years old, Company A)
The partnership system and the land legality process become the basis for conflicts between smallholders and companies to resolve and prevent conflicts related to land, both of which are important to understand. Land conflicts that occur are caused by ambiguity or overlapping regulations [52]. Clearing land for oil palm must go through several formal procedures, namely, applying for permits from the government to carry out cultivation businesses. Through the decentralization process, the local governments can handle licensing authority. An easy-to-pass land clearing procedure makes it easier to clear land for oil palm. However, it complicates the conflicts between local communities and companies. Even though there is decentralization, solidarity in granting oil palm cultivation permits to minimize conflicts is also necessary. In summary, the land conflicts between the company and the local community are complicated because of the legal permit proposed by the company. Unfortunately, local communities do not have evidence that they have rights to the conflict land. In this type, the conflict does not merely happen between the company and the local community, but does happen between the local community and the company, which is supported by legal evidence from the government.
A study was conducted on land conflicts in Jambi related to the conflict between one of the oil palm plantation companies and the surrounding community. This conflict has been going on for 7 years; however, there has been no solution obtained until 2020. The conflict has even spread to WALHI and companies that receive oil palm plantations.
The environmental problems caused by several companies occurred around 2017–2018. These happened due to activities carried out by several companies, which pollute the rivers surrounding. Another cause of conflict is differences in the perceptions of individuals. Revenue from oil palm depends on the perception of the number of ecosystem services and the impact of present and future expansion [12]. If the community feels no ecosystem services, then this will lead to conflict.
This conflict was resolved through mediation in several stages with community leaders, youth and affected communities, and the company. The mediation resulted in a build around 2–3 points water well related to water from Drinking Water Company (PAM). That is in accordance with the source’s statement as follows:
“Yes, mediation has been conducted several times, I am not sure how many times, I was involved a lot. the results of mediation were to drill well which flowed to the houses. there was one point well for RT 05 and RT 09, and 1 point too in the other area, there were few points around the area that affected it.” (H, 25 years old, smallholder oil palm in Sukadamai).
Another condition that triggers conflicts among planters, companies, and the government is the high price of fertilizer, which is not affordable for the farmers, as well as the low price offered by toke. Toke is a middleman, or parties, who buy products from farmers and sell them to other parties, including processing factories, through licensed parties. This terminology is sometimes negative because it creates less controllable prices. Those problems were complained of by independent smallholders of oil palm in Sukadamai. Toke’s determination of oil palm price was deemed inappropriate because many of the deductions were caused by other costs imposed on the landowner. In addition, transportation is also a problem for smallholder oil palm in Sukadamai. This statement is supported by the source statement as follows:
“If we can afford the toke because of its expensive price, what can we do then? We understand the problem must be that there are other costs when we sell the palm fruit, so the price does not match… like it or not, the price will definitely be cheaper, and the only solution is to sell it to the toke… the problem is that we do not have vehicles for transportation.” (K, 25 years old, a smallholder of oil palm in Sukadamai).
Dealing with this issue, it can be seen that there are conditions of the social and economic gap in local communities, which can be a trigger for conflict between local communities and companies. This is also supported by the condition; smallholders do not feel that government intervention has provided the assistance for them. Our interview results showed that the smallholder oil palm does not feel that government interference has had much impact on them because they still have difficulty accessing information related to fertilizer subsidies.
Smallholders expect government intervention through engagement to reduce land conflicts. Regulation of the Minister of Agriculture, Number 18 of 2016 concerning Guidelines for Rejuvenation of Oil Palm Plantations Chapter III, contains Smallholder Institutions’ Development, and Regulation of the President (PERPRES) Number 44 of 2020 concerning Indonesia’s Sustainable Oil Palm Plantation Certification System, and Regulation of the Minister of Agriculture, Number 38 of 2020 concerning Implementation of Indonesian Sustainable Palm Oil Plantation Certification. The regulation states that smallholder needs the training to implement the Rapid Rural Appraisal (RRA) and Participatory Rural Appraisal (PRA). The expected goal is an opportunity to solve problems faced by smallholders.
Moreover, independent smallholder oil palm feels that engagement needs to be done as learning for them. Engagement efforts can be made through training in nurseries and plantation management. It is necessary to do, so that smallholder’s oil palm understands the problems related to oil palm plantations and do not experience stock problems or other conflicts. This statement was supported by sources as follows:
“What I expect as a smallholder, from the company, the village government, and related parties in the stakeholders is a good cooperation and good communication, as well as an institutions that provides education to smallholders as many smallholders do not understand good management of oil palm planting. Therefore, it is necessary to set up the institution for that purpose… This will provide information we need as the community here. It is useful for us to understand conflict resolution… Smallholders empowerment is also essential. Institutional management and community awareness will have a positive impact for us.” (H, 25 years old, smallholder oil palm in Sukadamai).
4.2 Stage 2: Disclosure of the problem situation
Regarding the management of oil palm plantations, the community is generally involved by considering several qualifications. The process of selecting people to participate is carried out under procedures and selected according to company needs. In addition to the company’s smallholders, there are independent oil palm smallholders who own the land and work privately for 5–7 years. The average land owned by oil palm smallholders is 1–3 ha to be managed alone or jointly with their families.
Most conflicts between companies and smallholders occur due to land boundary disputes, illegal acts, and lack of socialization [53]. Land boundary disputes are related to agreements made before plantation production, i.e., when one of the parties does not fulfill their obligations under the agreement (Figure 4). Land conflicts are the most common agricultural conflicts between companies and smallholders. Land conflicts occur when farmers feel pressured and have no other choice but to sell their land to the company. The purchase of land by companies from the community not only provides economic benefits but also creates several problems. Not all costs involved in purchasing land are included in a written agreement; there is also deception and poor demarcation [54]. Small farmers are weak in terms of capacity, power, and land tenure.

Rich picture.
In the process of conflict resolution, mediation and negotiation can resolve the conflict. However, the method does not prevent the conflicts from occurring again. In the end, a similar pattern will always occur. The empowerment communities and social interactions in mediation and negotiation do not yet have the power to transform each stakeholder’s perspective, culture, and view, so that each stakeholder can work together and harmoniously. Thus, some activities, programs, or policies are needed to transform that condition, especially to transform a balanced capacity and power between the company and the local community.
4.3 Stage 3: Root definition of relevant situations
Stage 3 is undertaken by making RD based on a rich picture in stage two. Root definitions are prepared using the PQR formula according to Checkland and Poulter as follows: The PQR formula: do P, by Q, to help achieve R. [55]. PQR does not stand alone but has a special meaning [55].
Based on the results of stage 1 and 2 analyses, it can be concluded that a program focusing on smallholder oil palms is needed to prevent and resolve conflicts. With the help of each actor, this program can be realized by the government, plantation cooperatives, companies, and community leaders. The potential for increased oil palm allows for an increase in the conflict [56]. The initial phase of the conflict between the local communities and the company is a company that the company has obtained a business license for oil palm cultivation. Conflict is caused by differences in the parties’ perceptions of the situation [57]. The problem is that the conflict is very complex and unstructured. Thus, more participation from all parties is required if there are differences in economic opinion, access to information, behavior, or conflict behavior between the two parties [10].
The lack of communication between the government, companies, and smallholders has emerged the conflict. Besides, the knowledge and understanding of smallholders on the process of oil palm plantations and the oil palm industry results in smallholders’ insufficient strength to defend their rights in their interactions with other stakeholders. Therefore, programs to prevent and resolve conflicts are one of the ways to improve communication among the company, government, and smallholders, as well as increase the knowledge and understanding of smallholders in the oil palm management process. Thus, the root definition of this problem is that the system owned and operated by the government is need to improve the quality of smallholder oil palms (P) through social interaction and community engagement (Q) so that the smallholders understand the management of oil palm plantations ®. Root definition is controlled by using CATWOE analysis shown in Table 3.
CATWOE analysis
System analysis | |
---|---|
C | Beneficiary: smallholder oil palm |
A | Government, plantation cooperatives, companies, community leaders |
T | Conducting community empowerment through social interaction as an effort to activate training in oil palm plantation management so that it is not being carried out → to be carried out in accordance with the Regulation of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely, the institutional development of smallholders. |
W | Social interaction and community involvement related to oil palm plantation management are considered necessary as an effort to reduce oil palm plantation conflicts. Basically, this is in accordance with the objectives of the Regulation of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil palm Plantations in Chapter III, namely, the institutional development of smallholders. The training that is required by the planters includes socio-economic conditions, potential, institutions, life needs, problems, and smallholders’ hopes for the future. |
O | Plantation and Plantation Company Office of Jambi Province |
E | Oil palm plantation conflicts due to company activities |
Smallholders, companies, and the government are stakeholders who are interconnected or mutually dependent. Therefore, every decision and process carried out by the three stakeholders can cause conflict among stakeholders. Ganson stated that conflict cannot be resolved without the involvement of all stakeholders [58]. Communities have different levels of conflict vulnerability depending on the extent to which they depend on the natural environment for their livelihoods [59] about natural resources and ecosystem services. The key to understanding and resolving a conflict is by determining its causes, which can lie in the information provided or in excess of resources, relationships, interests, structures, and values. This form of understanding can be done through community involvement to attract and involve community opinion and participation, which is not only in the communication process in mediation or conflict negotiations but also by proactive involvement or collaboration in the process of achieving common understanding and decisions [37,60,61]. One of the collaborative activities can be carried out in training since training is a form of communication and interaction between stakeholders [62]. Conflict management is also included in increasing competence, motivation, knowledge, and skills constructively and continuously [63]. Smallholders’ position is still considered weak among oil palm plantation stakeholders and it makes smallholders as the subject of the program.
In production efforts, the company is responsible for minimizing the risks of the surrounding community’s safety problems and environmental impacts. Companies can increase social acceptance while minimizing the risk of conflict. Social acceptance is used in the formulation of strategies to foster sustainable oil palm. One of the efforts that can be made to increase social acceptance is to carry out a CSR program. The CSR program also has the function to increase company activities and minimize social conflict [56]. CSR can strengthen the relationship between the community and the company, mutually beneficial relationships, and minimize conflicts [64]. Companies give CSR to society as a form of corporate responsibility.
4.4 Stage 4: Conceptual model
The conceptual model is formed by considering the complexity of the real world through the interaction of several different aspects [65]. The conceptual model formed in the RD 1 system was in accordance with the Regulation of the Minister of Agriculture No. 18 years 2016. It will be realized with the support of systems thinking that forms a conceptual model, as shown in Figure 5.

Conceptual model based on RD 1.
The conceptual model produced in stage 4 of this research is formed through several considered aspects. Efforts to reduce conflicts begin with social interaction and community engagement through approaches among the government, companies, and smallholder oil palms as a form of social interaction and training, as stated in the Minister of Agriculture Regulation No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil palm Plantations in Chapter III, namely, the development of smallholder institutions as an engagement effort. Both of these efforts are believed to be able to reduce conflicts because these efforts can build interactions between each actor. Furthermore, palm oil smallholders will be supported by the government through the knowledge on the management of oil palm plantations. Through this effort, hopefully, conflicts will be gradually decreased and the quality of smallholder palm oil will improve.
The need for research, explanation, and implementation has a correlation to policies. Therefore, the obligations and rights between smallholders of oil palms and plantation companies do not lead to oil palm conflicts. This is supported by those who stated that the existence of actor contestation, inconsistencies in regulations, and changes in society’s social structure are part of the factors that lead to conflict trends [66].
4.5 Stage 5: Comparison between the conceptual model and the real world
The comparison undertaken at this stage is intended to reflect the conceptual model’s activities to formulate concepts. The comparison of the conceptual model and the real world is presented in Table 4.
Comparison of the conceptual model with the real world
No | Activities | The position | How? | Who? | Alternative? |
---|---|---|---|---|---|
1 | Compiling a review team for the Minister of Agriculture Regulation No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely the institutional development of smallholders | It has not been implemented | Scientific meetings and studies | Plantation Office in Jambi Province | Intensive collaboration between the Ministry of Agriculture and the Jambi Provincial Plantation Office |
2 | Reviewing the Minister of Agriculture Regulation No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely the institutional development of smallholders | It has not been implemented | Scientific meetings and studies | Plantation Office in Jambi Province | Conducting consultations with the Ministry of Agriculture and collaboration with the Regional Government |
3 | Considering the aspirations of smallholder oil palms as social interaction | It has not been implemented | Joint deliberation taking into particular account conditions including age and education | Plantation Office in Jambi Province | Deliberation or social interaction as an approach to society |
4 | Carrying out training is in accordance with the Minister of Agriculture Regulation No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely development | It has not done yet | Meetings and conduct reviews on training programs | Plantation Office in Jambi Province, Plantation company | Collaboration between the government and the private sector to conduct training and community empowerment using a social interaction approach |
5 | Providing training as an effort to empower communities to reduce oil palm conflicts | It has not been implemented | Scientific studies to support the sustainability of oil palm | Plantation Office in Jambi Province | Collaboration between the local government and the central government to advance smallholder oil palms through community empowerment will reduce oil palm conflicts |
Table 4 shows that no action has been taken regarding the proposed model of the RD1 process in resolving the oil palm plantation conflict problem. The five model activities formulated in actual conditions are only the process of training activities that are carried out but have not been yet completed. Therefore, efforts and support are still needed to realize that the conflict management model can be implemented. The implementation of the conflict management model must be carried out not only by companies or the government but also by all stakeholders. Therefore, local community involvement in the government and companies’ collaborative programs is an important factor in realizing conflict management. Based on the data in Table 4, actions that can be taken to realize the conflict management process based on RD1 are presented in Table 5.
The desired transformation changes
Change | Logically desirable | It is culturally appropriate | Possible action |
---|---|---|---|
Conducting community empowerment through social interaction as an effort to activate training in oil palm plantation management from not being carried out to be carried out under the Regulation of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely the institutional development of smallholders | Yes, the training system carried out through social interaction and community empowerment will run according to need | Yes, it is one of the efforts to reduce oil palm conflicts based on knowledge from community empowerment and to support the implementation of training in accordance with the Regulation of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely the institutional development of smallholders | The training system stated in the policy of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely the institutional development of smallholders, needs to be activated. The application of training as a form of social interaction and community empowerment will be assessed to reduce oil palm conflicts, both from a regulatory and governance perspective |
4.6 Stages 6 and 7: The desired model change and action to improve
After conducting the comparison between the conceptual model and the real world in the previous stage, at stage 6, the desired changes are defined. The desired transformations are presented in Table 5.
Conflict is part of the social sector. If the conflict is protracted, the social sector of oil palm activities cannot run well. This conflict will affect production activities and cause a decrease in the number of products, which will harm both the company and the community due to a lack of renewable resources. Social sustainability is influenced by the surrounding community [67], and hence, it requires immediate conflict resolution. The existence of conflicts can raise concerns about the threat to sustainability in the industrial sector. Three main sectors describe sustainability: economic, social, and environmental [68]. The social impact of conflict can affect individuals, families, communities, or even countries [27]. There are several studies on natural resource conflicts, including Peace and Conflict Impact Assessment (PCIA), Environmental Conflict Resolution (ECR), Environmental Conflict Management (ECM), political economist, peace studies [27].
Natural resource conflicts are very complex; this makes conflict resolution very difficult [5]. The conflict that occurs is influenced by the level, intensity, and duration of the conflict [10]. The influence of geographic scale and the number of people affected is part of the conflict level that occurs. Meanwhile, the intensity is related to the land use. The duration of the conflict is related to the development of the conflict from year to year. Conflict will always exist in human relations and cannot be avoided. It only takes control to manage the conflict so that it does not become a significant problem and cause big money impacts. It is necessary to have appropriate conflict management to deal with the conflict. Nothing is the same in the management process between conflicts with one another because each conflict has its uniqueness. There must be a holistic integration of every law and policy to resolve conflicts [69].
This study also addressed suggestions and recommendations to the Jambi Provincial Government. The results of this study show that smallholder oil palms in the research location are cooperative and interested in training and community empowerment. In this article, the point of community empowerment is in the terms of increasing the community knowledge about oil palm plantation. The knowledge includes the harvesting process, land management, and conflict resolution. The policy on training has been stipulated in the Regulation of the Minister of Agriculture of the Republic of Indonesia No. 18 of 2016 concerning Guidelines for the Rejuvenation of Oil Palm Plantations in Chapter III, namely, the institutional development of smallholders. The policy is needed to be studied so that training can be carried out to reduce oil palm conflicts. This study has answered its purpose to reduce oil palm conflicts. Synergy among the government, smallholder oil palms, and especially with oil palm companies is required.
Therefore, involving the community, especially smallholders in training, can be an investment in improving communication between companies, government, and communities. The involvement of the community process can be a part of the CSR process of companies and social investment. One of the engagement interventions that can be carried out is through training programs for actors. That is in line with the thinking of independent smallholder oil palms who feel that engagement needs to be done for smallholder oil palms as a learning effort. Engagement efforts can be carried out through training such as nurseries and plantation management. This is necessary so that smallholder oil palms understand the problems related to oil palm plantations. Therefore, they do not experience stock problems or other conflicts. Economic engagement can also be done by leading to a better economic process for smallholders. Increasing welfare, knowledge, and skills from smallholders can be one of the social interventions that can be carried out in conflict resolution and postconflict resolution. In balance, the cooperation carried out will provide long-term benefits as a form of social interaction. Thus, in addition to government programs that can also run properly, smallholder oil palms and parties related to oil palm plantations should understand the management of oil palm plantations well so that oil palm conflicts can be gradually decreased.
Education and training provide knowledge and awareness to smallholder oil palms about conflict and the oil palm processing process. Economic engagement can lead to a better economy for smallholders. Increasing the welfare, knowledge, and skills of smallholders is one of the social interventions that can be carried out in the process of conflict resolution and postconflict resolution. Engagement activities can provide real change in life at the individual and community levels [70]. This can be a social capital to encourage networks with markets, political systems, and civil society in resolving these land conflicts [71]. In postconflict realities, reframing citizen engagement through participatory communication into a development approach allows us to rebuild peace from the ground up and place local communities’ voices at the center of the reconstruction process [72]. Therefore, smallholder empowerment plays a very important role in bridging government administrators’ perspectives with citizens and between groups of citizens. Conflict resolution must be carried out fairly. Environmental justice is about place-based conflict and applies to transnational and structured patterns of inequality globally. Environmental justice is related to climate justice, energy justice, transportation justice, food justice, and social justice [73]. The environmental justice to be achieved in this research covers the sub-disciplines of economics, law, and social interaction with other sciences such as sociology, philosophy, science, and technology.
Therefore, social intervention in conflict resolution is needed not only in the aspect of mediation but also in the form and aspects of the economy, policy, security, governance, political technology, reconciliation, community-based development, and media and communication [74,75]. Social interventions aim to prevent, correct, or alleviate imbalances in the interaction of people, families, and communities [74]. Social interventions can provide a framework for the source and transfer of knowledge [76]. In the oil palm conflict context, one of the parties that can help the intervention process is the smallholder. Engagement of smallholders is a part of the intervention process in the form of training to provide enthusiasm and information to the community, management, human resources, as well as with critical players from trade unions. Competency training, especially training in social dialogue at the individual, team, and organizational levels, is considered one step to prevent conflict [77].
5 Conclusion
Oil palm conflicts related to communities and companies are complex issues for several reasons. They are as follows: (1) the system applied in oil palm plantations in Indonesia is generally ownership of plasma land, and ownership of nucleus land, (2) smallholders have a weak position in terms of land tenure, (3) the purchase of oil palm prices is low by toke, and at the same time, the price of fertilizers in the market is high, which results in small independent smallholder oil palms’ profits, (4) the transportation cost also costly for smallholder oil palms, (5) there are differences in individuals’ perceptions in society that can lead to conflict. Therefore, natural resource conflicts are very complex; hence, conflict resolution is very difficult. Thus, the management conflict can be focused on place-based conflict resolution and applies to transnational patterns and structured inequality globally. However, the conflict resolution through mediation and negotiation has failed to prevent the conflict from re-emerging, to address the root cause of conflict between companies and smallholders, and to apply that transnational patterns and structured inequality globally
Based on the problem analysis, this article formulated a system owned and operated by the government to improve the quality of smallholder oil palms (P) through social interaction and community engagement (Q) to make the small smallholders understand the management of oil palm plantations (R). The conceptual model obtained is an effort to reduce oil palm conflicts, starting from social interaction and community engagement through approaches among the government, companies, and smallholder oil palms to form social interaction and training. Both of these efforts were believed to be able to reduce oil palm conflicts. However, to make that approach, each stakeholder needs to contribute to creating those interactions. The communities should try to develop their chain with the company, which the local community system can provide, and have open-minded thinking to the approach of either government or companies. Then, companies should create a social mapping of their local community needs and create the places or systems to engage local communities such as youth and farmer’s communities. In addition to creating interactions, oil palm planters would feel that the government has supported in providing knowledge about the management of oil palm plantations, and therefore, oil palm conflicts could be gradually decreased and the quality of people’s palm oil becomes better. The achievements for each contribution of stakeholders still need to have further research.
Abbreviations
- %
-
percent
- BPN
-
Badan Pertanahan Nasional/National Land Agency
- CATWOE
-
customers, actors, transformation, world view, owner, environmental constraints
- CSR
-
corporate social responsibility
- ECM
-
environmental conflict management
- ECR
-
environmental conflict resolution
- GHG
-
greenhouse gas
- GDP
-
gross domestic product
- Ha
-
hectar
- HGU
-
Hak Guna Usaha/Business Use Rights
- HSM
-
hard system method
- LBH
-
Lembaga Bantuan Hukum/Legal Aid Agency
- NGOs
-
Non-Government Organization
- PAM
-
Perusahaan Air Minum/Drinking Water Company
- PCIA
-
peace and conflict impact assessment
- PRA
-
participatory rural appraisal
- PSM
-
problem solving method
- RD
-
root definition
- RRA
-
rapid rural appraisal
- RT
-
Rukun Tangga/neighborhood or hamlet
- SSM
-
soft system methodology
- WALHI
-
Wahana Lingkungan Hidup Indonesia/Indonesian Forum for the Environment
Acknowledgments
The author extends sincere gratitude to a team from the Jambi province environmental service (DLH) who has helped in the field, and thanks to Berliana Nur Kholila and Arty Dwi J, who helped analyze and edit this article and also Nanik Ambar Suharyanti which helps correct basic concepts and Prof. Dr. Sudarsono Hardjosoekarto who have corrected and provided input on the SSM concept (even though all of them could not be fulfilled).
-
Funding information: This study is funded by the Publikasi Terindeks Internasional (PUTI) Q2 2020 from Directorate Research and Development (Risbang) Universitas Indonesia with contract number NKB-1798/UN2.RST/HKP.05.00/2020.
-
Conflict of interest: The author states no conflict of interest.
-
Data availability statement: Data sharing is not applicable to this article as no datasets were generated or analyzed during the current study.
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- Bulk density: An index for measuring critical soil compaction levels for groundnut cultivation
- Efficiency of the European Union farm types: Scenarios with and without the 2013 CAP measures
- Participatory validation and optimization of the Triple S method for sweetpotato planting material conservation in southern Ethiopia
- Selection of high-yield maize hybrid under different cropping systems based on stability and adaptability parameters
- Soil test-based phosphorus fertilizer recommendation for malting barley production on Nitisols
- Effects of domestication and temperature on the growth and survival of the giant freshwater prawn (Macrobrachium rosenbergii) postlarvae
- Influence of irrigation regime on gas exchange, growth, and oil quality of field grown, Texas (USA) olive trees
- Present status and prospects of value addition industry for agricultural produce – A review
- Competitiveness and impact of government policy on chili in Indonesia
- Growth of Rucola on Mars soil simulant under the influence of pig slurry and earthworms
- Effect of potassium fertilizer application in teff yield and nutrient uptake on Vertisols in the central highlands of Ethiopia
- Dissection of social interaction and community engagement of smallholder oil palm in reducing conflict using soft system methodology
- Farmers’ perception, awareness, and constraints of organic rice farming in Indonesia
- Improving the capacity of local food network through local food hubs’ development
- Quality evaluation of gluten-free biscuits prepared with algarrobo flour as a partial sugar replacer
- Effect of pre-slaughter weight on morphological composition of pig carcasses
- Study of the impact of increasing the highest retail price of subsidized fertilizer on rice production in Indonesia
- Agrobiodiversity and perceived climatic change effect on family farming systems in semiarid tropics of Kenya
- Influences of inter- and intra-row spacing on the growth and head yield of cabbage (Brassica oleracea var. capitata) in western Amhara, Ethiopia
- The supply chain and its development concept of fresh mulberry fruit in Thailand: Observations in Nan Province, the largest production area
- Toward achieving sustainable development agenda: Nexus between agriculture, trade openness, and oil rents in Nigeria
- Phenotyping cowpea accessions at the seedling stage for drought tolerance in controlled environments
- Apparent nutrient utilization and metabolic growth rate of Nile tilapia, Oreochromis niloticus, cultured in recirculating aquaculture and biofloc systems
- Influence of season and rangeland-type on serum biochemistry of indigenous Zulu sheep
- Meta-analysis of responses of broiler chickens to Bacillus supplementation: Intestinal histomorphometry and blood immunoglobulin
- Weed composition and maize yield in a former tin-mining area: A case study in Malim Nawar, Malaysia
- Strategies for overcoming farmers’ lives in volcano-prone areas: A case study in Mount Semeru, Indonesia
- Principal component and cluster analyses based characterization of maize fields in southern central Rift Valley of Ethiopia
- Profitability and financial performance of European Union farms: An analysis at both regional and national levels
- Analysis of trends and variability of climatic parameters in Teff growing belts of Ethiopia
- Farmers’ food security in the volcanic area: A case in Mount Merapi, Indonesia
- Strategy to improve the sustainability of “porang” (Amorphophallus muelleri Blume) farming in support of the triple export movement policy in Indonesia
- Agrarian contracts, relations between agents, and perception on energy crops in the sugarcane supply chain: The Peruvian case
- Factors influencing the adoption of conservation agriculture by smallholder farmers in KwaZulu-Natal, South Africa
- Meta-analysis of zinc feed additive on enhancement of semen quality, fertility and hatchability performance in breeder chickens
- Meta-analysis of the potential of dietary Bacillus spp. in improving growth performance traits in broiler chickens
- Biocomposites from agricultural wastes and mycelia of a local mushroom, Lentinus squarrosulus (Mont.) Singer
- Cross transferability of barley nuclear SSRs to pearl millet genome provides new molecular tools for genetic analyses and marker assisted selection
- Detection of encapsulant addition in butterfly-pea (Clitoria ternatea L.) extract powder using visible–near-infrared spectroscopy and chemometrics analysis
- The willingness of farmers to preserve sustainable food agricultural land in Yogyakarta, Indonesia
- Transparent conductive far-infrared radiative film based on polyvinyl alcohol with carbon fiber apply in agriculture greenhouse
- Grain yield stability of black soybean lines across three agroecosystems in West Java, Indonesia
- Forms of land access in the sugarcane agroindustry: A comparison of Brazilian and Peruvian cases
- Assessment of the factors contributing to the lack of agricultural mechanization in Jiroft, Iran
- Do poor farmers have entrepreneurship skill, intention, and competence? Lessons from transmigration program in rural Gorontalo Province, Indonesia
- Communication networks used by smallholder livestock farmers during disease outbreaks: Case study in the Free State, South Africa
- Sustainability of Arabica coffee business in West Java, Indonesia: A multidimensional scaling approach
- Farmers’ perspectives on the adoption of smart farming technology to support food farming in Aceh Province, Indonesia
- Rice yield grown in different fertilizer combination and planting methods: Case study in Buru Island, Indonesia
- Paclobutrazol and benzylaminopurine improve potato yield grown under high temperatures in lowland and medium land
- Agricultural sciences publication activity in Russia and the impact of the national project “Science.” A bibliometric analysis
- Storage conditions and postharvest practices lead to aflatoxin contamination in maize in two counties (Makueni and Baringo) in Kenya
- Relationship of potato yield and factors of influence on the background of herbological protection
- Biology and life cycle Of Diatraea busckella (Lepidoptera: Crambidae) under simulated altitudinal profile in controlled conditions
- Evaluation of combustion characteristics performances and emissions of a diesel engine using diesel and biodiesel fuel blends containing graphene oxide nanoparticles
- Effect of various varieties and dosage of potassium fertilizer on growth, yield, and quality of red chili (Capsicum annuum L.)
- Review Articles
- Germination ecology of three Asteraceae annuals Arctotis hirsuta, Oncosiphon suffruticosum, and Cotula duckittiae in the winter-rainfall region of South Africa: A review
- Animal waste antibiotic residues and resistance genes: A review
- A brief and comprehensive history of the development and use of feed analysis: A review
- The evolving state of food security in Nigeria amidst the COVID-19 pandemic – A review
- Short Communication
- Response of cannabidiol hemp (Cannabis sativa L.) varieties grown in the southeastern United States to nitrogen fertilization
- Special Issue on the International Conference on Multidisciplinary Research – Agrarian Sciences
- Special issue on the International Conference on Multidisciplinary Research – Agrarian Sciences: Message from the editor
- Maritime pine land use environmental impact evolution in the context of life cycle assessment
- Influence of different parameters on the characteristics of hazelnut (var. Grada de Viseu) grown in Portugal
- Organic food consumption and eating habit in Morocco, Algeria, and Tunisia during the COVID-19 pandemic lockdown
- Customer knowledge and behavior on the use of food refrigerated display cabinets: A Portuguese case
- Perceptions and knowledge regarding quality and safety of plastic materials used for food packaging
- Understanding the role of media and food labels to disseminate food related information in Lebanon
- Liquefaction and chemical composition of walnut shells
- Validation of an analytical methodology to determine humic substances using low-volume toxic reagents
- Special Issue on the International Conference on Agribusiness and Rural Development – IConARD 2020
- Behavioral response of breeder toward development program of Ongole crossbred cattle in Yogyakarta Special Region, Indonesia
- Special Issue on the 2nd ICSARD 2020
- Perceived attributes driving the adoption of system of rice intensification: The Indonesian farmers’ view
- Value-added analysis of Lactobacillus acidophilus cell encapsulation using Eucheuma cottonii by freeze-drying and spray-drying
- Investigating the elicited emotion of single-origin chocolate towards sustainable chocolate production in Indonesia
- Temperature and duration of vernalization effect on the vegetative growth of garlic (Allium sativum L.) clones in Indonesia
- Special Issue on Agriculture, Climate Change, Information Technology, Food and Animal (ACIFAS 2020)
- Prediction model for agro-tourism development using adaptive neuro-fuzzy inference system method
- Special Issue of International Web Conference on Food Choice and Eating Motivation
- Can ingredients and information interventions affect the hedonic level and (emo-sensory) perceptions of the milk chocolate and cocoa drink’s consumers?
Articles in the same Issue
- Regular Articles
- Foliar application of boron positively affects the growth, yield, and oil content of sesame (Sesamum indicum L.)
- Impacts of adopting specialized agricultural programs relying on “good practice” – Empirical evidence from fruit growers in Vietnam
- Evaluation of 11 potential trap crops for root-knot nematode (RKN) control under glasshouse conditions
- Technical efficiency of resource-poor maize farmers in northern Ghana
- Bulk density: An index for measuring critical soil compaction levels for groundnut cultivation
- Efficiency of the European Union farm types: Scenarios with and without the 2013 CAP measures
- Participatory validation and optimization of the Triple S method for sweetpotato planting material conservation in southern Ethiopia
- Selection of high-yield maize hybrid under different cropping systems based on stability and adaptability parameters
- Soil test-based phosphorus fertilizer recommendation for malting barley production on Nitisols
- Effects of domestication and temperature on the growth and survival of the giant freshwater prawn (Macrobrachium rosenbergii) postlarvae
- Influence of irrigation regime on gas exchange, growth, and oil quality of field grown, Texas (USA) olive trees
- Present status and prospects of value addition industry for agricultural produce – A review
- Competitiveness and impact of government policy on chili in Indonesia
- Growth of Rucola on Mars soil simulant under the influence of pig slurry and earthworms
- Effect of potassium fertilizer application in teff yield and nutrient uptake on Vertisols in the central highlands of Ethiopia
- Dissection of social interaction and community engagement of smallholder oil palm in reducing conflict using soft system methodology
- Farmers’ perception, awareness, and constraints of organic rice farming in Indonesia
- Improving the capacity of local food network through local food hubs’ development
- Quality evaluation of gluten-free biscuits prepared with algarrobo flour as a partial sugar replacer
- Effect of pre-slaughter weight on morphological composition of pig carcasses
- Study of the impact of increasing the highest retail price of subsidized fertilizer on rice production in Indonesia
- Agrobiodiversity and perceived climatic change effect on family farming systems in semiarid tropics of Kenya
- Influences of inter- and intra-row spacing on the growth and head yield of cabbage (Brassica oleracea var. capitata) in western Amhara, Ethiopia
- The supply chain and its development concept of fresh mulberry fruit in Thailand: Observations in Nan Province, the largest production area
- Toward achieving sustainable development agenda: Nexus between agriculture, trade openness, and oil rents in Nigeria
- Phenotyping cowpea accessions at the seedling stage for drought tolerance in controlled environments
- Apparent nutrient utilization and metabolic growth rate of Nile tilapia, Oreochromis niloticus, cultured in recirculating aquaculture and biofloc systems
- Influence of season and rangeland-type on serum biochemistry of indigenous Zulu sheep
- Meta-analysis of responses of broiler chickens to Bacillus supplementation: Intestinal histomorphometry and blood immunoglobulin
- Weed composition and maize yield in a former tin-mining area: A case study in Malim Nawar, Malaysia
- Strategies for overcoming farmers’ lives in volcano-prone areas: A case study in Mount Semeru, Indonesia
- Principal component and cluster analyses based characterization of maize fields in southern central Rift Valley of Ethiopia
- Profitability and financial performance of European Union farms: An analysis at both regional and national levels
- Analysis of trends and variability of climatic parameters in Teff growing belts of Ethiopia
- Farmers’ food security in the volcanic area: A case in Mount Merapi, Indonesia
- Strategy to improve the sustainability of “porang” (Amorphophallus muelleri Blume) farming in support of the triple export movement policy in Indonesia
- Agrarian contracts, relations between agents, and perception on energy crops in the sugarcane supply chain: The Peruvian case
- Factors influencing the adoption of conservation agriculture by smallholder farmers in KwaZulu-Natal, South Africa
- Meta-analysis of zinc feed additive on enhancement of semen quality, fertility and hatchability performance in breeder chickens
- Meta-analysis of the potential of dietary Bacillus spp. in improving growth performance traits in broiler chickens
- Biocomposites from agricultural wastes and mycelia of a local mushroom, Lentinus squarrosulus (Mont.) Singer
- Cross transferability of barley nuclear SSRs to pearl millet genome provides new molecular tools for genetic analyses and marker assisted selection
- Detection of encapsulant addition in butterfly-pea (Clitoria ternatea L.) extract powder using visible–near-infrared spectroscopy and chemometrics analysis
- The willingness of farmers to preserve sustainable food agricultural land in Yogyakarta, Indonesia
- Transparent conductive far-infrared radiative film based on polyvinyl alcohol with carbon fiber apply in agriculture greenhouse
- Grain yield stability of black soybean lines across three agroecosystems in West Java, Indonesia
- Forms of land access in the sugarcane agroindustry: A comparison of Brazilian and Peruvian cases
- Assessment of the factors contributing to the lack of agricultural mechanization in Jiroft, Iran
- Do poor farmers have entrepreneurship skill, intention, and competence? Lessons from transmigration program in rural Gorontalo Province, Indonesia
- Communication networks used by smallholder livestock farmers during disease outbreaks: Case study in the Free State, South Africa
- Sustainability of Arabica coffee business in West Java, Indonesia: A multidimensional scaling approach
- Farmers’ perspectives on the adoption of smart farming technology to support food farming in Aceh Province, Indonesia
- Rice yield grown in different fertilizer combination and planting methods: Case study in Buru Island, Indonesia
- Paclobutrazol and benzylaminopurine improve potato yield grown under high temperatures in lowland and medium land
- Agricultural sciences publication activity in Russia and the impact of the national project “Science.” A bibliometric analysis
- Storage conditions and postharvest practices lead to aflatoxin contamination in maize in two counties (Makueni and Baringo) in Kenya
- Relationship of potato yield and factors of influence on the background of herbological protection
- Biology and life cycle Of Diatraea busckella (Lepidoptera: Crambidae) under simulated altitudinal profile in controlled conditions
- Evaluation of combustion characteristics performances and emissions of a diesel engine using diesel and biodiesel fuel blends containing graphene oxide nanoparticles
- Effect of various varieties and dosage of potassium fertilizer on growth, yield, and quality of red chili (Capsicum annuum L.)
- Review Articles
- Germination ecology of three Asteraceae annuals Arctotis hirsuta, Oncosiphon suffruticosum, and Cotula duckittiae in the winter-rainfall region of South Africa: A review
- Animal waste antibiotic residues and resistance genes: A review
- A brief and comprehensive history of the development and use of feed analysis: A review
- The evolving state of food security in Nigeria amidst the COVID-19 pandemic – A review
- Short Communication
- Response of cannabidiol hemp (Cannabis sativa L.) varieties grown in the southeastern United States to nitrogen fertilization
- Special Issue on the International Conference on Multidisciplinary Research – Agrarian Sciences
- Special issue on the International Conference on Multidisciplinary Research – Agrarian Sciences: Message from the editor
- Maritime pine land use environmental impact evolution in the context of life cycle assessment
- Influence of different parameters on the characteristics of hazelnut (var. Grada de Viseu) grown in Portugal
- Organic food consumption and eating habit in Morocco, Algeria, and Tunisia during the COVID-19 pandemic lockdown
- Customer knowledge and behavior on the use of food refrigerated display cabinets: A Portuguese case
- Perceptions and knowledge regarding quality and safety of plastic materials used for food packaging
- Understanding the role of media and food labels to disseminate food related information in Lebanon
- Liquefaction and chemical composition of walnut shells
- Validation of an analytical methodology to determine humic substances using low-volume toxic reagents
- Special Issue on the International Conference on Agribusiness and Rural Development – IConARD 2020
- Behavioral response of breeder toward development program of Ongole crossbred cattle in Yogyakarta Special Region, Indonesia
- Special Issue on the 2nd ICSARD 2020
- Perceived attributes driving the adoption of system of rice intensification: The Indonesian farmers’ view
- Value-added analysis of Lactobacillus acidophilus cell encapsulation using Eucheuma cottonii by freeze-drying and spray-drying
- Investigating the elicited emotion of single-origin chocolate towards sustainable chocolate production in Indonesia
- Temperature and duration of vernalization effect on the vegetative growth of garlic (Allium sativum L.) clones in Indonesia
- Special Issue on Agriculture, Climate Change, Information Technology, Food and Animal (ACIFAS 2020)
- Prediction model for agro-tourism development using adaptive neuro-fuzzy inference system method
- Special Issue of International Web Conference on Food Choice and Eating Motivation
- Can ingredients and information interventions affect the hedonic level and (emo-sensory) perceptions of the milk chocolate and cocoa drink’s consumers?