Harvesting Practices Research Articles

A feedback loop between management, intraspecific trait variation and harvesting practices.

Intraspecific variation in plants is a major ecological mechanism whose local determinants are still poorly understood. In particular, the relationship between this variation and human practices may be key to understanding human-nature relationships. We argue that it is necessary to consider how human practices both influence and depend on the phenotypic variability of species of interest. Arnica montana (arnica) is a good model to study the complex interactions between human actions and plant phenotype, as (i) its ecological niche is shaped by human management actions and (ii) its variability has consequences for harvesters. Using a functional trait approach, we examined feedback loops linking management actions, plant phenotype and harvesting practices. In 27 sites in southeastern France, we measured vegetative and reproductive functional traits of arnica of interest for harvesters, and recorded management actions (grazing; mowing) and ecological variables (including height of surrounding vegetation and tree cover). We examined their effects on plant traits with linear mixed models and used path analysis to test if the effects of human management on traits are mediated by the height of surrounding vegetation. Management actions affected functional traits of arnica. Biomass removal practices (grazing, mowing) were associated with smaller plants producing smaller leaves with reduced specific leaf area. We uncovered the core role of the height of surrounding vegetation in determining this phenotype. Tree cover was associated with reduced flowering. The observed intraspecific variation in response to management actions differentially impacts the two main harvesting practices. Flower-head harvesting depends on reproductive traits that are not impacted by mowing (which is done in winter) but adversely affected by tree cover. In contrast, traits associated with large biomass under tree cover or with high surrounding vegetation are favourable for whole-plant harvesters. Our trait-based approach unveiled clear links between management actions and plant phenotype, with impacts on both vegetative and reproductive traits. These changes induced by management also affect the practices of harvesters. We thus demonstrated a feedback loop between human actions and plant phenotype and provided a novel perspective on human-related causes and consequences of plant intraspecific variability.

Correction: A Google Earth-GIS based approach to examine the potential of the current rainwater harvesting practices to meet water demands in Mityana district, Uganda.

Correction: A Google Earth-GIS based approach to examine the potential of the current rainwater harvesting practices to meet water demands in Mityana district, Uganda.

Ethnobotanical Survey of Medicinal Plants Used in Traditional Medicine in Africa

Traditional medicine plays a vital role in healthcare delivery across Africa, where access to modern healthcare facilities may be limited. This review article provides a comprehensive ethnobotanical survey of medicinal plants used in traditional African medicine. Drawing upon a wide range of scholarly sources, ethnographic studies, and indigenous knowledge systems, the review explores the rich diversity of medicinal plants utilized by traditional healers and community members for the prevention and treatment of various ailments. The article examines the botanical diversity, therapeutic properties, preparation methods, and cultural significance of commonly used medicinal plants across different regions of Africa. Additionally, the review discusses the importance of preserving traditional knowledge, sustainable harvesting practices, and the integration of traditional medicine into modern healthcare systems. By documenting and promoting the use of medicinal plants in traditional African medicine, this review contributes to the conservation of biodiversity, preservation of cultural heritage, and enhancement of healthcare accessibility and affordability for diverse populations in Africa.

Modeling climate-smart forest management and wood use for climate mitigation potential in Maryland and Pennsylvania

State and local governments are increasingly interested in understanding the role forests and harvested wood products play in regional carbon sinks and storage, their potential contributions to state-level greenhouse gas (GHG) reductions, and the interactions between GHG reduction goals and potential economic opportunities. We used empirically driven process-based forest carbon dynamics and harvested wood product models in a systems-based approach to project the carbon impacts of various forest management and wood utilization activities in Maryland and Pennsylvania from 2007 to 2100. To quantify state-wide forest carbon dynamics, we integrated forest inventory data, harvest and management activity data, and remotely-sensed metrics of land-use change and natural forest disturbances within a participatory modeling approach. We accounted for net GHG emissions across (1) forest ecosystems (2) harvested wood products, (3) substitution benefits from wood product utilization, and (4) leakage associated with reduced in-state harvesting activities. Based on state agency partner input, a total of 15 management scenarios were modeled for Maryland and 13 for Pennsylvania, along with two climate change impact scenarios and two bioenergy scenarios for each state. Our findings show that both strategic forest management and wood utilization can provide substantial climate change mitigation potential relative to business-as-usual practices, increasing the forest C sink by 29% in Maryland and 38% in Pennsylvania by 2030 without disrupting timber supplies. Key climate-smart forest management activities include maintaining and increasing forest extent, fostering forest resiliency and natural regeneration, encouraging sustainable harvest practices, balancing timber supply and wood utilization with tree growth, and preparing for future climate impacts. This study adds to a growing body of work that quantifies the relationships between forest growth, forest disturbance, and harvested wood product utilization, along with their collective influence on carbon stocks and fluxes, to identify pathways to enhance forest carbon sinks in support of state-level net-zero emission targets.

The sustainability of trade in wild plants-A data-integration approach tested on critically endangered Nardostachys jatamansi.

While the demand for many products from wild-harvested plants is growing rapidly, the sustainability of the associated plant trade remains poorly understood and understudied. We integrate ecological and trade data to advance sustainability assessments, using the critically endangered Nardostachys jatamansi in Nepal to exemplify the approach and illustrate the conservation policy gains. Through spatial distribution modeling and structured interviews with traders, wholesalers, and processors, we upscale district-level trade data to provincial and national levels and compare traded amounts to three sustainable harvest scenarios derived from stock and yield data in published inventories and population ecology studies. We find increased trade levels and unsustainable harvesting focused in specific subnational geographical locations. Data reported in government records and to CITES did not reflect estimated trade levels and could not be used to assess sustainability. Our results suggest that changing harvesting practices to promote regeneration would allow country-wide higher levels of sustainable harvests, simultaneously promoting species conservation and continued trade of substantial economic importance to harvesters and downstream actors in the production network. The approach can be applied to other plant species, with indication that quick and low-cost proxies to species distribution modeling may provide acceptable sustainability estimates at aggregated spatial levels.

Crop Farmers’ Access to E-information for Climate Smart Agriculture Production, in Cross River State, Nigeria

The study ascertained crop farmers’ access to e-information for climate-smart agriculture production in Cross River State, Nigeria. Using a multistage sampling procedure, 191 respondents were selected and data were collected with the aid of a structured questionnaire. Percentages, means and Spearman rho correlation were used to analyse the data. Results showed that the least used climate-smart agriculture (CSA) practices were agroforestry (27.7%), water harvesting practices (25.1%), construction and use of irrigation facilities (14.1%) and land reclamation practices (16.2%). The majority (72.3%) of farmers got einformation on climate-smart agriculture from the radio, while 8.9% and 12.6% got it from internet websites and social media respectively. E-information that was less accessed by the farmers was information on zero tillage (x=2.33), and minimum tillage. There was a weak, positive monotonic relationship (ys= 0.029) between farmers’ use of climate-smart agriculture practices and access to e-information. Reliable and timely climate-smart agriculture information targeting tillage, cropping, and water harvesting and use should be developed by extension service providers, uploaded and broadcasted via traditional electronic media and other non-e-sources for easy access and use by farmers.

Active recreational and silvicultural co-use of forested areas: an innovative forest management study

Abstract Issue Forests are crucial in the sustainability transition to a biobased modern society. However, forests may also be recreational sites, and positively affect human health and well-being. Modern silvicultural harvesting practices alters the landscape overnight, and hence may affect the recreational and public health promoting use of it. Description of the problem Municipalities, as owners of urban forest areas, may actively support inhabitants’ recreational use of near-by forested areas by 1) allocate resources to local voluntary organizations who facilitate for recreational users and 2) actively facilitate for continuous recreational use while practicing modern silviculture. In 2020-2022, an innovative integrative forest management approach was tested in a municipality in mid-Norway. This study explores how the local forests are used for recreational purposes, and how potential conflicts in land use can be mitigated or prevented. Results The forest areas are mostly used for health-promoting activities like exercise, walking, general recreation, and seasonal harvesting of wild berries and mushrooms. Half of the users get to the forest by foot or bicycle. Easy access, closeness to home, free parking arrangements and access to maps of the areas is important to users. Most users were well-informed about local forest-based businesses and carbon sequestration in wood and held that forests should be harvested and regenerated. They showed a high tolerance for forestry if the footpaths were cleared immediately. However, three out of four users want to be informed before harvesting. A small share of users wants educational posters about forest ecosystems. Lessons A pre-existing low conflict level between modern forestry and recreational forest use may be maintained by quite simple and modest means. In this municipality information posters were placed by the footpaths and an arena for discussions, information and co-creation of recreational facilitation was established in 2022. Key messages • Near-urban forests are frequently used for exercise and recreational activities, especially if easily accessible. • Harmonious co-use of forest areas, even in times of timber harvesting, is supported by rapidly recovering the footpaths and by notifying inhabitants in advance.

Past and future roles of paired watersheds: a North American inventory and anecdotes from the Caspar Creek Experimental Watersheds

Given the high costs of constructing, maintaining, monitoring, and sampling paired watersheds, it is prudent to ask “Are paired watershed studies still worth the effort?” We present a compilation of 90 North American paired watershed studies and use examples from the Caspar Creek Experimental Watersheds to contend that paired watershed studies are still worth the effort and will continue to remain relevant in an era of big data and short funding cycles. We offer three reasons to justify this assertion. First, paired watersheds allow for watershed-scale experiments that have produced insights into hydrologic processes, water quality, and nutrient cycling for over 100 years. Paired watersheds remain an important guide to inform best management practices for timber harvesting and other land-management concerns. Second, paired watersheds can produce long climate, streamflow, and water quality records because sites are frequently maintained over the course of multiple experiments or long post-treatment periods. Long-term datasets can reveal ecological surprises, such as changes in climate-streamflow relationships driven by slow successional processes. Having multiple watershed records helps identify the cause of these changes. Third, paired watersheds produce data that are ideal for developing and testing hydrologic models. Ultimately, the fate of paired watersheds is up to the scientific community and funding agencies. We hope that their importance continues to be recognized.

Socio-Economic Value and Availability of Plant-Based Non-Timber Forest Products (NTFPs) within the Charcoal Production Basin of the City of Lubumbashi (DR Congo)

The overexploitation of forest resources in the charcoal production basin of the city of Lubumbashi (DR Congo) is reducing the resilience of miombo woodlands and threatening the survival of the riparian as well as urban human populations that depend on it. We assessed the socio-economic value and availability of plant-based non-timber forest products NTFPs in the rural area of Lubumbashi through ethnobotanical (100 respondents) and socio-economic (90 respondents) interviews, supplemented with floristic inventories, in two village areas selected on the basis of the level of forest degradation. The results show that 60 woody species, including 46 in the degraded forest (Maksem) and 53 in the intact forest (Mwawa), belonging to 22 families are used as sources of NTFPs in both villages. Among these species, 25 are considered priority species. NTFPs are collected for various purposes, including handcrafting, hut building, and traditional medicine. Moreover, the ethnobotanical lists reveal a similarity of almost 75%, indicating that both local communities surveyed use the same species for collecting plant-based NTFPs despite differences in the level of degradation of the miombo woodlands in the two corresponding study areas. However, the plant-based NTFPs that are collected from miombo woodlands and traded in the urban markets have significant economic value, which ranges from USD 0.5 to USD 14.58 per kg depending on the species and uses. NTFPs used for handicraft purposes have a higher economic value than those used for other purposes. However, the sustainability of this activity is threatened due to unsustainable harvesting practices that include stem slashing, root digging, and bark peeling of woody species. Consequently, there is a low availability of plant-based NTFPs, particularly in the village area, where forest degradation is more advanced. It is imperative that policies for monitoring and regulating harvesting and promoting the sustainable management of communities’ plant-based NTFPs as a priority, be undertaken to maintain their resilience.

Farmers’ perceptions and capacity for 3Rs agro-waste management in a vegetable growing area of Bangladesh

Agriculture is responsible for giving rise to huge quantities of degradable and non-degradable waste during various farming activities. A deeper understanding of farmers’ perceptions and levels of agro-waste management capacity is essential in developing locally accepted strategies for agro-waste management. This study was framed to analyze vegetable farmers’ perception and capacity for Bangladesh’s 3Rs waste management concept (reduce, reuse, and recycle). A total of 125 farmers were selected following a stratified proportionate random sampling technique and interviewed using a structured questionnaire. The findings of this study indicate that intercultural and harvesting practices produce a large variety of bio-degradable and non-degradable waste materials compared to other stages of vegetable production and marketing of produce. The overall score showed that the vegetable farmers’ have a medium (39.2%) to high (60.8%) perception of the 3Rs waste management concept, but they possessed a low perception of recycling agro-waste. However, the overall capacity score for 3Rs waste management was low (67.2%) to medium (31.2%), indicating a low capacity of vegetable growers to recycle different types of waste. This study offers suggestions for a development program that includes special training facilities for vegetable growers to strengthen their waste management capabilities based on the 3Rs concept.

An Ecopath perspective on the maximum sustainable yield of a macrophyte infested wetland in Eastern India

Wetlands are recognized as one of the most productive aquatic ecosystems. This high productivity supports its enormous biodiversity, aiding a scope for the small scale fisheries within it. Basically, these wetlands act as platforms for culture-based fisheries (CBF) i.e practice of stocking fish seeds and harvesting the grow out fishes at later. Often in tropical wetlands, the high nutrient load and high temperature enable the luxurious growth of macrophytes. Moreover, this macrophyte infestation is considered as a bottleneck for wetland managers. Facing a similar situation our studied Beledanga wetland is a macrophyte-infested wetland and the invasive Eichhornia crassipes is the most dominant macrophyte species. Owing to the macrophyte problem, Grass carp have been stocked in it as a biocontrol agent, as grass carp is a known biocontrol agent for the macrophyte infestation situation and simultaneously it will raise the fish production. To ensure maximum sustainable production from the wetland by harnessing with the available resources, it is necessary to acquire knowledge about the system’s ecological status and its ecological networks. Thus, the Ecopath based mass-balanced model is one of the best suitable tools to know about the ecological organization of this Beledanga wetland. Considering the available data (observational and literature data), this study has constructed a mass-balanced Ecopath model with 14 functional groups including all fish groups, birds, plankton, benthos and detritus. It has been found that the zooplankton and benthos are the most utilized group and the birds are the keystone group in this wetland system. This wetland possesses a lower transfer efficiency as well as a low Finn’s cycling index (0.224%). The system is found as an immature system with moderate ascendancy and system reserve (overhead). Moreover, concerning the ecologically sustainable production from this wetland more virtual mass-balanced models were developed (i) to evaluate the optimum grass carp stocking to manage the macrophyte population and (ii) to assess the impact of the Eichhornia on the system functioning. The results show that the system can harbour 1.5 times more grass carp biomass than the present without hampering sustainability. Concerning the impact of Eichhornia, it has been noticed that this macrophyte affects the maturity and transfer process of the system. Moreover, its huge biomass only accumulates more detritus in the ecosystem.

Effects of post-harvesting practices on heavy metal levels of mopane caterpillar (Gonimbrasia belina) products and associated risk assessment

Abstract Mopane caterpillars (Gonimbrasia belina) are one of the most consumed edible insects in Southern Africa, and they contribute nutritional benefits to human health. However, their contribution to the food and nutritional security can be hindered by food safety concerns due to heavy metal contamination associated with harvesting, processing and poor post-harvest practices. This study investigated the effectiveness of post-harvest practices (degutting, charcoal roasting and sun drying, boiling, frying and open pan roasting) in reducing the heavy metal contaminants (cadmium (Cd), mercury (Hg), lead (Pb), nickel (Ni), aluminium (Al), zinc (Zn), copper (Cu) and iron (Fe)) in mopane caterpillar sourced from Gwanda district in Zimbabwe. The post-harvest practice categories used in this study included: unprocessed (ungutted and naturally degutted samples), processed (manually degutted, and charcoal roasted and sun-dried), and cooked (boiled and salted; boiled, salted and roasted, and boiled, salted and fried) samples. An atomic absorption spectrometry (AAS) was used for quantification of metals and the values detected were used to assess health risks to consumers using a quantitative risk assessment calculation method. The unprocessed and manually degutted samples showed higher levels Cd and traces of Pb, while charcoal roasting and sun drying resulted in elevated levels of Al, Zn, Cu and Fe. Hg and Ni were not detected in any of the unprocessed, processed or cooked samples. Cooking processes resulted in reduction of the concentrations of detected metals to levels within the permissible values. The health risk assessment disclosed noncarcinogenic risks based on the high hazard index (HI) values (HI > 1) in unprocessed, processed, boiled and salted, and boiled, salted and roasted samples, indicating that caution should be taken. The overall findings from the study shows that by cooking mopane caterpillars through boiling and frying, health risks associated with heavy metal contamination can be reduced.

Model-based scenarios for achieving net negative emissions in the food system

Most climate mitigation scenarios point to a combination of GHG emission reductions and CO2removal for avoiding the most dangerous climate change impacts this century. The global food system is responsible for ~1/3 of GHG emissions and thus plays an important role in reaching emission targets. Consumers, technology innovation, industry, and agricultural practices offer various degrees of opportunity to reduce emissions and remove CO2. However, a question remains as to whether food system transformation can achieve net negative emissions (i.e., where GHG sinks exceed sources sector wide) and what the capacity of the different levers may be. We use a global food system model to explore the influence of consumer choice, climate-smart agro-industrial technologies, and food waste reductions for achieving net negative emissions for the year 2050. We analyze an array of scenarios under the conditions of full yield gap closures and caloric demands in a world with 10 billion people. Our results reveal a high-end capacity of 33 gigatonnes of net negative emissions per annum via complete food system transformation, which assumes full global deployment of behavioral-, management- and technology-based interventions. The most promising technologies for achieving net negative emissions include hydrogen-powered fertilizer production, livestock feeds, organic and inorganic soil amendments, agroforestry, and sustainable seafood harvesting practices. On the consumer side, adopting flexitarian diets cannot achieve full decarbonization of the food system but has the potential to increase the magnitude of net negative emissions when combined with technology scale-up. GHG reductions ascribed to a mixture of technology deployment and dietary shifts emerge for many different countries, with areas of high ruminant production and non-intensive agricultural systems showing the greatest per capita benefits. This analysis highlights potential for future food systems to achieve net negative emissions using multifaceted “cradle-to-grave” and “land-to-sea” emission reduction strategies that embrace emerging climate-smart agro-industrial technologies.

Drought: Profile Assessment, Impact Analysis and Coping Strategies to Combat Drought in Naogaon District of Bangladesh

This article tends to analyse the drought scenario of the Naogaon district in Bangladesh through groundwater potential zone modelling. The study’s findings illustrate that the maximum area covers a moderately potential groundwater zone. The study data also portrays various threats, including food insecurity and economic, social and environmental risks that were noticed as a consequence of the severe drought. The findings from the data indicate that the Porsha and Sapahar upazillas (sub-districts) of Naogaon district are more vulnerable zones in terms of drought. It is noteworthy that the people have been using indigenous knowledge to combat drought hazards. Local people are using crop calendars, agronomic management, water harvesting practices for less water-consuming crops and changes in occupation to manage the risks of drought in the study region.

Shortening harvest interval, reaping benefits? A study on harvest practices in oil palm smallholder farming systems in Indonesia

CONTEXTSmallholders are responsible for a large share of global palm oil production. Yet, in Indonesia, the main palm oil producing country, smallholders' yields remain low. Better management practices, including short harvest interval (HI, the number of days between two harvest rounds), could help to raise smallholder yields. However, at present, HI is long in smallholder fields and the drivers underlying this phenomenon are poorly understood. OBJECTIVEWe explored agronomic, socio-economic, and institutional factors that underlie harvesting practices in independent oil palm smallholder farming systems in Indonesia to assess scope for sustainable intensification through shorter HI and reduced harvest losses. METHODSCombining methods from agronomy and anthropology, we followed harvest interval of 950 farmers in six representative locations across Indonesia via farmer diaries over a period of two years to establish a correlation with yield. To quantify this relationship, we conducted post-harvest field measurements, and to explain which underlying factors impact HI we did qualitative interviews and surveys. RESULTS AND CONCLUSIONSThe HI of smallholders in our study ranged from 10 to 39 days (average: 17-d). Half of the farmers followed long HI (>16-d). Key factors impacting HI include annual fresh fruit bunch (FFB) yield, total palm area per farmer, trusted labor availability, plantation accessibility, and FFB price. Farmers responded to low yield by prolonging HI to increase labor productivity and optimize labor and transportation costs. SIGNIFICANCEThis study contributes to a better understanding of the relation between HI and yield in smallholder farming systems, by uncovering how socio-economic and institutional factors sometimes override agronomic considerations. Long HI can potentially lead to harvest loss from loose fruits and missed bunches, and reduce oil quality from overripe bunches. However, to obtain the benefits of shorter HI requires collective action and incentives along the supply chain to streamline the harvest and sale process.

Assessing the demand and current status of agricultural mechanization in major coffee-production areas of Ethiopia

Ethiopia, the primary coffee producer in Africa and the fifth in the world is facing challenges in agricultural mechanization. The research aims to assess the status, constraints, preferences, and demand of mechanization in Ethiopia, focusing on strategies to improve smallholder access to capital-intensive inputs and bridgethe gap between mechanization and farmers’ needs. A household survey and focus group discussions were conducted on 136 random samples using a multistage procedure, with semi-structured questionnaires used to interview 81 households of small-scale and 19 households of large-scale coffee farmers. The studyfound that preferences for each operation during coffee production are based on difficulties in work drudgery, with 42.45% believing that the first energy-consuming operation is hole digging for coffee plantation and cultivation. Coffee harvesting is a highly time-sensitive operation for 49.4% of smallholder farmers, with handtools being the main implement dominantly used for weeding. Poor harvesting practices reduce the quality of coffee during processing, and some unions have two or more wet mills using old machinery. The main challenges for low mechanization in Ethiopia include difficult topography, fragmented land, a lack of manpower,lack of awareness of technology, weak linkages of coffee mechanization channels, high technology costs, a shortage of running budgets, and a weak support system of cooperatives and unions. Experts suggest that capacity building on extension systems is the best way to facilitate the extension system of coffee mechanization technology. Assessments of technology manufacturers, machine assemblers, maintenance service providers, and importers were conducted in Harar, Hawassa, Jimma, Bonga, and Addis Ababa cities. Challenges include a lack of enabling laws and incentives to facilitate business start-ups. Importation of small-scale enginedriven equipment is an additional means to meet demand in some cooperativesand may provide farmers with an alternative source of cheaper machinery. Ethiopian academics and higher education institutions are essential players in exploring mechanization options, and public and private sectors, including cooperatives and farmer organizations, need to have a clear understanding of their respectiveresponsibilities and areas for collaboration.

An Interplay of Dryland and Wetland: Millet and Rice Cultivation at the Peiligang Site (8000–7600 BP) in the Middle Yellow River Valley, China

The Peiligang culture (ca. 9000–7000 cal. BP) represents the first Neolithic settlements in the middle Yellow River Valley, marking the beginning of millet and rice farming in the region. While previous studies have focused primarily on identifying cultivated cereals, less attention has been given to plant harvesting and processing practices or environmental conditions. To address this gap, we present new phytolith data from the Peiligang site (8000–7600 cal. BP) to make three key contributions. First, we show that the Peiligang people utilized two microhabitats: hillslopes for dryland millet cultivation and alluvial plain for wetland resources. Second, we combine our findings with other archaeological evidence to reconstruct the environmental conditions of the Peiligang site, suggesting that it was a water-rich habitat. Finally, by analyzing phytolith remains of plant processing waste in middens, we reconstruct how people harvested and processed millets and rice at the site. This study sheds light on the plant-based subsistence strategies employed by the Peiligang people and offers insights into the environmental factors that contributed to the development of early farming in the middle Yellow River Valley.

Gender dimensions of climate change adaptation in Tigray, Ethiopia

The study of the impacts and drivers of climate change adaptation should consider gender (in)equality and women’s participation, as they both play pivotal roles. However, research on gender aspects of climate change adaptation has been limited. This study assesses gender dimensions of adaptation to climate change and determinants of smallholder farmers’ adaptation strategies in Adwa district, Tigray, Ethiopia. Drawing on household surveys, key informant interviews, and focus group discussions carried out in 2017, the study found that climate change had more severe impacts on female-headed households than on male-headed households. This was due to women’s lack of resource access and control, lack of income and technology use, and high dependence on natural resources. Major climate change adaptation measures identified in the study area included adjustment of planting dates, crop varieties, water harvesting practices, soil and water conservation, irrigation, seasonal migration, diversifying income sources, and agricultural inputs. Rates and extent of adaptation varied by gender. As indicated by multivariate probit analysis, major determinants of farmers’ adaptation choices included agro-ecology; gender, age, education, family size, farm size, non-farm income, livestock; access to information, extension services, and credit; and distance to market center. Study findings suggest that policymakers should consider differences between female- and male-headed families in their access to land, information, income, extension services, technologies, and other resources. By doing so, climate change adaptation practices may be broadened and sustainable development promoted.

Challenges in Adopting Value Addition Technologies in Arecanut

The rise of opportunity for stakeholders in the arecanut sector to explore the potential of value-added arecanut products. The arecanut farmers are facing a lack of training on arecanut practices, the improper post-harvest practices deteriorate the quality of nuts that cause the nuts to fetch lower price in the market. They are also not aware of the opportunities for value added arecanut. The knowledge level of post- harvest practices of arecanut is lacking among arecanut growers. The arecanut farmers sell the raw nuts to the pre-harvest contractors without knowing the opportunities available in arecanut value addition. The contractors in turn they carry out the value addition and sold in the market. The price of the nut is mainly decided by its quality which correlates to post-harvest practices and value addition that plays a major role in arecanut value.The study investigated the challenges encountered by arecanut farmers in adopting value addition technology.The datas were collected among arecanut farmers related to the challenges they face in adopting value addition technology. The ex-post facto research design was employed; several kinds of constraints were gathered through a literature study and expert opinion. They were given in an interview schedule for the farmers to rank accordingly. The acquired data were analyzed, and ranks were assigned based on Rank-Based Quotient percentage.The major challenges faced by the arecanut farmers were Lack of credit (85%), Inadequate knowledge of value addition technology (82.5%), No re-training facilities (81.675), Lack of equipment/facilities (78.33%), Lack of market (74.17%) and Contacting extension agents (56.67%).By overcoming these limitations, arecanut farmers can adopt value addition technology, leading to profit.

Determinants of rainwater harvesting practices in rural communities of Limpopo Province, South Africa

ABSTRACT Most rural parts of South Africa’s Limpopo Province are faced with limited water access, provision, and inadequate infrastructure for water reticulation. With over 80% of the provincial population living in rural areas, water availability for domestic and agricultural use has become a source of concern. Rainwater harvesting (RWH) has emerged as an important source of alternative water supply for underserved communities during the summer rainfall season. RWH refers to the collection, storage and conservation of surface runoff for agricultural production and domestic uses. This study assessed the socio-economic characteristics and determinants of RWH practices in rural communities of Limpopo Province. Descriptive statistics were used to describe households’ socio-economic characteristics and logistic regression was used to examine the determinants of RWH practices in rural communities. The analysis was based on a survey of 478 households selected using convenience and purposive sampling techniques. The key findings indicate that a significant number of households (63.8%) practised RWH to augment available water for domestic use, albeit few households used the harvested water for portable use. Further analysis showed that a majority of those who adopted RWH practices were female (64.24%). The results of the empirical models indicate that there is a statistically significant positive relationship between perception, age and level of education in determining the adoption of RWH practices. The findings underline the importance of understanding the adoption of RWH in rural communities and highlight the vital role of education, knowledge, and income in rural communities with limited or no access to a water supply. The study highlights the need for policy to promote the benefits of harvesting rainwater for domestic use.