The purpose of this study was to identify factors that affected the synergy between scientific research and technology and farmers' indigenous knowledge systems and practices during the 2018 planting season in Sierra Leone. The study clearly demonstrated the importance of understanding indigenous knowledge and identifying areas where policy makers, service providers and researchers may intervene in future agricultural extension, research and development activities, since farmers also make recommendations on areas that need improvement. The results demonstrated that significant proportion of rice farmers (both male and female) across the ten districts (53.8%) cultivated traditional rice varieties as a result of limited access to improved rice varieties. The results further demonstrate that improved techniques need to be integrated with indigenous practices of farmers through their learning fields; back up with the availability, accessibility and affordability of agro inputs, as farmers admitted that they cannot increase rice production by growing it their own ways. The conclusion of this paper is that, despite many changes in agricultural practices, indigenous knowledge has been used by most small-scale farmers in agricultural production, mainly because it has been tested over several generations.
Indigenous knowledge is local knowledge specific to a particular culture or society. It is the basis for decision-making at the local level in agriculture, health, food preparation, education, natural resource management and many other activities of rural communities [ 1 ]. "Indigenous or local knowledge" refers to knowledge that communities have long generated and disseminated to cope with their own agro-ecological and socio-economic environments [ 2 ]. This knowledge is generated and transformed through systematic processes of changing the environmental, socio-economic and technological situation by observing local conditions, experimenting with solutions and reformulating previously identified solutions [ 3 ].
Researchers around the world face the challenge of combining indigenous farmers' technical practices with research-based technical practices to increase yields. Many authors believe that problems and tensions have led to indigenous knowledge being less useful than expected [ 4 ]. These issues include concerns about tensions between western science and indigenous knowledge systems as well as issues arising from divisions and power relations.
In the past few years, academic discussions have identified indigenous knowledge as an important development resource, particularly for local community development and resource management. To effectively involve indigenous knowledge in development, we must move beyond the indigenous and scientific dichotomy and work for greater autonomy for "indigenous" peoples [ 5 ]. The world therefore needs to seek more effective and creative interaction between indigenous and scientific knowledge systems, and to seek better ways in which scientists, social scientists and people with local knowledge can cooperate to improve the management of agriculture and natural resources [ 6 ]. An essential component of any country's knowledge system is its indigenous knowledge, which forms the basis of its culture, customs and traditions and includes the skills, experiences and insights of its people, which they apply daily to sustain or improve their livelihoods [ 7 ]. The purpose of the study was therefore to identify and assess the impact of rice-based farmers' indigenous knowledge systems and practices on rice production in Sierra Leone and their potential contribution to improving the livelihoods of small-scale farmers.
Materials And Methods
2.1. Study site and sample design
The study was conducted in Kambia, Tonkolili, Bombali, Moyamba, Bo, Bonthe, Pujehun, Kono, Kailahun, and Kenema Districts of Sierra Leone. Ten Districts were purposively selected, i.e. two Districts in each ecology (upland, inland valley swamps (IVS), boliland, mangrove swamp and riverine grassland) - Kailahun and Kono (upland), Kambia and Moyamba (mangrove), Bonthe and Pujehun (riverine grassland), Bo and Kenema (IVS), and Bombali and Tonkolili (boliland) ( Table 1 and Figure 1 ). Two chiefdoms per district were selected using proportional sampling. A list of all chiefdoms within each district was prepared and calculated at 25% proportion using the RAND function in excel programme. Thirty two ( 32 ) chiefdoms were selected and three villages per chiefdom were also selected, giving a total of 96 villages. Six rice-based farming households were randomly selected in gender disaggregated group in each village for the study. A multi-stage random sampling was done for the selection of the villages and respondents/households. Two lists of (male and female farmers), not couples of all farming household heads were prepared at community level and these were then randomly selected through a balloting process, thus making a total sample of 576 respondents.
One key informant interview was held per Chiefdom using semi-structured questionnaires (thus a total of 32 key informants’ interviews). The selection of respondents for the key informant interviews was based on position and role in the community as lead farmers, head of farmer-based organizations and religious/traditional leaders. This is because these categories are usually better informed about their communities. Four focused group (age and gender-disaggregated) discussions were held in each District (total of 32), to throw more light on emerging issues from household and key informant interviews and to validate the major themes that emerged within these communities.
|Districts||No. of Chiefdoms||No. of villages per chiefdom||No. of Key Informant Interviewed||No. of FDGs done in age and gender segregated groups||No. of Household Interviewed|
Distribution of samples
Figure 1: Map of Sierra Leone showing study districts
The data was analyzed with the use of SPSS and ARiS statistical packages. Chi Square analysis was done to show the significant relationship between some of the qualitative variables Box-plot analysis showing the relationship between two qualitative variables and one quantitative variable were done to present data on the general age distribution.
Results and Discussions
3.1 Sample characteristics
Table 2 showed the educational levels of the respondents. The educational level of the male population is higher than that of the females. Most of the respondents are illiterate, but there are more illiterate female (76.0%) than male (46.5%) respondents; 3.7% of female farmers had tertiary education.
|District||Educational level by District (%)|
|None||Literate/Koranic||Primary||Junior high school||Senior high school||Tertiary|
Educational level of respondents across surveyed Districts (%)
Figure 2 presented the gender-based age distribution of respondents - female respondents are younger than their male counterparts. For the females, the lower quartile is between 35 to 44 years; the median age is 45 years, while the upper quartile is 55 years. For the male respondents, the lower quartile is between 45 to 47 years; the median age is 48 years and the upper quartile is also 55 years.
The types of varieties cultivated by sampled respondents were categorized into four groups: traditional, RARC improved, NERICA, and other improved rice varieties. It could be seen from the results presented in Tables 3 and 4 that the majority of the farmers’ cultivate traditional varieties, followed by other improved rice varieties.
Table 3 illustrated that most of the farmers’ cultivated traditional varieties, followed by other improved, RARC-improved and NERICA varieties in decreasing order, while Table 4 shows the rice varieties cultivated by male and female farmers according to District. Most farmers (57.3% of males and 50.3% of females), cultivate traditional varieties, followed by other improved varieties, RARC-improved varieties, and NERICA varieties. The percentage of male respondents growing traditional varieties was highest in Kono District 93.0% followed by Kambia District 83.3% and Pujehun District 77.8%. For females, the corresponding percentages were 88.9% in Kambia District, 85.2% in Kono District and 66.7% in Bombali District.
|Variety cultivated||Frequency||Cumulative frequency||Percent||Valid percent||Cumulative percent|
Rice varieties cultivated by respondents
RARC = Rokupr Agricultural Research Center; NERICA=New Rice for Africa
From table 4, about 54% of the total farmers interviewed across the ten ( 10 ) Districts depend on traditional rice varieties to carry out their farming. Some of the reasons for using traditional rice varieties over improved ones are: inaccessibility and high cost of the improved rice varieties. However, about 34% of farmers interviewed used other improved rice varieties. The use of RARC-improved varieties was highest in Moyamba and Bonthe District compared to the other Districts ( Table 4 ). The least rice varieties used by farmers across the ten ( 10 ) Districts is NERICA.
|District||Traditional||RARC-improved varieties||NERICA varieties||Other improved varieties|
Rice variety type cultivated by farmers in surveyed Districts (%)
RARC = Rokupr Agricultural Research Center; NERICA = New Rice for Africa
Table 5 shows that the Chi squared value of 33.8 and 13 degrees of freedom indicate that areas of farm management where farmers’ indigenous practices are more prevalent is significantly gender sensitive (P = 0.00127). Pest management is the operation where indigenous knowledge is highly utilized by both gender; (males 95%, and females100%). With regards land preparation, male farmers use indigenous knowledge the most, compared to females, (63%, and 33%) respectively. The reverse is the case when it concerns weed management where women are more mostly the ones who make use of their indigenous knowledge and practices to address this challenge. From these results, one can vividly see the gender role differentiation in farm management.
|Areas_of_farm_management_where_farmers__ indigenous_practices_are_more_prevalent||Gender %|
|Nursing of seeds||3||5|
Chi Squared analysis of areas of farm management where farmers indigenous practices are more prevalent by gender
1.2. Farmers suggestions for a better uptake /adoption of improved technologies
The uptake of improved technologies is key to improving farmers’ rice yields. Farmers suggested the following interventions for improving their uptake of technologies ( Table 6&7 ) - provision of micro-credit, assistance with inputs, researchers should first acknowledge farmers’ practices, organizing farmer field days, sensitization of farmers on new technologies, training through farmers’ learning fields, supply and training of farmers on technological packages that have been validated on farmers’ fields and proven to be better than farmers practices, frequent visitation from researchers and extension agents, and making technology adoption less expensive for farmers. An average of 65% of both male and female farmers interviewed suggested training through farmers learning field to be a better way to facilitate better adoption of improved technologies. Farmers learning fields will create a platform where farmers will fully participate in the technology development and promotion activities. This will help farmers to better understand the technology in terms of it efficiency and cost involved to generate the technology.
|District||If researchers technologies are tested on farmers’ field and prove better than farmers’ practices||Assistance with inputs||Frequent visitation from researchers & extension agents||Training Through Farmers’ Learning Fields|
Farmers’ suggestion for a better adoption of improved technologies (%)
3.3 Views from Key informant interviews
Focus Group Discussions across the Ten (10) Districts
Suggestions for a better uptake of improved technologies
The focused group discussions suggested the provision of machines to reduce manual labour, timely planting with the availability of inputs on time, and training through farmers learning fields. Help with fertilizer and seeds of improved rice varieties. Because of these constrains, farm sizes are very small among majority of farmers in Sierra Leone. Also training and provision of working tools, or better farm machines will go a long way in fast tracking adoption of improved technologies. The need for the establishment of chiefdom based offices of the Ministry of Agriculture, Forestry and Food Security, which should target employing many youths, men and women, and also provision of herbicides to control weeds.
Conclusions and Recommendations
The conclusions and recommendations of this study are based on the results and findings of this study from all categories of respondents: focus group discussions, household and key informant interviews. In the study, the researchers wanted to know the challenges farmers face in rice farming, whether their indigenous practices and techniques have a gender dimension, and in what direction. Data disaggregated by gender and age are therefore required. According to the research results, some indicators and/or techniques used by farmers are indeed gender sensitive.
The study revealed gender dimensions of indigenous knowledge about the practices of farmers in rice cultivation in different areas of Sierra Leone. In Kono District in the eastern region, with regards to suggestions for better uptake of improved technologies, female farmers ranked as utmost importance “if researchers/ improved technologies are tested on the field and proves better than theirs”, while males prefer “training by field demonstrations on farmers’ learning fields, then they will adopt the research technologies”.
Also analysis showed that there is a strong gender dimension between the gender of farmers and the areas of farm activity where indigenous knowledge is more prevalent, implying that any intervention in this regard should be gender sensitive, and will act as a guide for targeting any particular gender group. Furthermore, Illiteracy is high among farmers, especially female farmers. To minimize some of the constraints to rice production in the study area, farmers should be made functionally literate to be able to do simple book keeping, learning basic calculation of their expenses and income from rice farming, and in entrepreneurial skills.
It is recommended that research be conducted to identify appropriate science-based interventions to improve on the effectiveness of some of these indigenous practices. Therefore the need for a synergy between improved technologies and farmers’ indigenous practices, through farmers’ learning fields and improved availability, accessibility and affordability of agro inputs.
Finally, appropriate policies should be formulated by Government and their implementation monitored to ensure their effectiveness.
The authors wish to express their thanks and appreciation to the following Institution and people for contributing in numerous ways to the success of this piece of work:
West Africa Agricultural Productivity Programme (WAAPP) Sierra Leone for funding this piece of work.
Sierra Leone Agricultural Research Institute (SLARI).
WAAPP consultants from AfricaRice Drs. Alie Toure and Olufemi Ajayi for their technical assistance and guide.
|Suggestions||Frequency||Percent||Valid percent||Cumulative percent|
|If technologies are tested on farmers field and prove better than farmers||5||15.6||15.6||15.6|
|Training through farmers’ learning fields||12||37.5||37.5||53.1|
|Organizing farmers' field days||1||3.1||3.1||56.2|
|Frequent visits by researchers and extension||4||12.5||12.5||68.8|
|Assistance with inputs||9||28.1||28.1||96.9|
|Provision of micro credit||1||3.1||3.1||100.0|
Suggestions for better adoption of researchers'/improved technologies.