Dysfunctional Horticulture Value Chains and the Need for Modern Marketing Infrastructure: The Case of Nepal
This brief provides an overview of Nepal’s agriculture sector and horticulture value chain, and of four agricultural wholesale markets. It notes that inefficiencies in the value chain lead to high seasonal and spatial price fluctuations for fruit and vegetables, and suggests ways of improving wholesale markets, production, and marketing.
- Published in NEPAL
Value chain and policy interventions to accelerate adoption of zero tillage in rice-wheat farming systems across the Indo-Gangetic Plains
This project aimed to accelerate the adoption of Zero-Till seed drills (including the Happy Seeder) to reduce crop residue burning and boost sustainable food energy water security.
Stubble burning, combined with the traditional practice of tillage prior to crop establishment has a detrimental impact on soil health and quality. The development of Conservation Agriculture (CA) practices, characterised by the direct sowing of crop into standing (retained) stubble, is termed Zero-Till and provides a real alternative to traditional farming techniques. The Happy Seeder developed specifically for the intensive rice-wheat cropping system of the Indo-Gangetic Plains (with significant project investment by ACIAR) is presented as the single most viable option for direct sowing of wheat crops into standing rice stubble. As State Governments move towards enforcing a ban of the burning of stubble across India, it is likely that there will be an increased motivation by farmers to adopt the Happy Seeder. However, experience to date has indicated that Happy Seeder adoption has been less than optimal, there is a need to identify how farmer adoption can be accelerated.
- Published in VALUE CHAIN / MARKETS
Support for the Formulation of Projects for Strengthening Markets and Rural Transformation (Smart) Initiatives In Punjab, Pakistan
In Pakistan, the agriculture sector accounts for 19.8 percent of the gross domestic product and engages 42.3 percent of the labour force. The Province of Punjab is home to around 54 percent of the population and is the main production area for rice, cotton, sugar cane and mangoes, among other commodities. Moreover, Punjab accounts for 76 percent of national food grain production and over 60 percent of foreign exchange earnings from agriculture.
With the ongoing transformation of the rural landscape, larger farming operations are benefitting from the existing institutional structures to a substantially greater degree than smallholder farmers and both marginalized and landless populations. Acknowledging the requirement to facilitate more inclusive agricultural development, the Government of Punjab has endeavoured to revamp institutional structures to better ensure market liberalization and safeguard poor and marginalized populations. Hence, the Government of Punjab has undertaken the Strengthening Markets and Rural Transformation (SMART) Programme, which envisages policy and institutional reform, as well as increased investment in agriculture, livestock, irrigation and the management of both agroprocessing and supply chains.
- Published in PAKISTAN
Value Chain Approaches for Social Change
Over the past decades, there has been an extensive transformation in global agri-food value chains, resulting in advances in efficiency, food quality, and food safety. Despite this transformation, many farmers and labourers active as primary producers in these chains have not experienced improvements in their living standards. Based on a study conducted in 2020 by KIT Royal Tropical Institute and Oxfam Novib, this paper explores value chain approaches that reduce social inequality and enable smallholder farmers and labourers to have decent livelihoods.
- Published in VALUE CHAIN / MARKETS
Agriculture supply chain risks and COVID-19: mitigation strategies and implications for the practitioners
The agricultural supply chains (ASCs) are exposed to unprecedented risks following COVID-19. It is necessary to investigate the impact of risks and to create resilient ASC organisations. In this study, we have identified and assessed the ASC risks caused by disruptions. These threats were assessed using Fuzzy Linguistic Quantifier Order Weighted Aggregation (FLQ-OWA). The findings reveal that supply risks, demand risks, financial risks, logistics and infrastructure risks, management and operational, policy and regulation, and biological and environmental risks have a significant impact in ASC depending upon the organisations scope and scale. Various strategies such as adoption of industry 4.0 technologies, supply chain collaboration and shared responsibility is identified for sustainable future. Theoretical and managerial implications are provided based on the outcomes of the study.
- Published in VALUE CHAIN / MARKETS
New book on value chain development seeks to translate ideas into practice – for impact at scale
This book looks to fill the gap in the discussions on value chains which have been ongoing for nearly two decades: the need to shed light on how value chain concepts and ideas are translated into development programming and interventions for achieving greater impact at scale. As CGIAR researchers, we felt a commitment for examining value chains from the perspectives of governments, donors, NGOs, and businesses interested in smallholder engagement in value chains.
Dietmar, Jon, and I have been engaged with Practical Action Publishing over the years and highly appreciate their dedication to better development practices, as well as the capacity to get development-oriented books into the hands of practitioners and researchers quickly. We hope that this book encourages reflection on current value chain development (VCD) approaches and on possible innovations in design, implementation, and assessment of VCD outcomes and impacts.
- Published in VALUE CHAIN / MARKETS
Corporate-level Evaluation on IFAD’s Engagement in Pro-Poor Value Chain Development
The evaluation found that project design has improved over time, reflecting a better understanding of the value chain concept. However, analytical gaps remain. Few designs have been supported by market intelligence to prioritize the choice of commodities and steps within the value chain in order to achieve pro-poor outcomes.
The evaluation suggests that it is possible to reach out to poor and very poor producers through value chain approaches, but this requires specific attention. The most convincing pro-poor outcomes occurred in projects where IFAD had experience and where multi-stakeholder platforms were created to enable dialogue between value chain actors.
The evaluation recommends that a corporate strategy be prepared for IFAD’s support to pro-poor value chain development that clarifies the objectives and principles of engagement as well as the resources required. It suggests a “programmatic” approach to value chain development, recognizing the need for long-term engagement. Finally, the evaluation emphasizes the importance of promoting an inclusive value chain governance and regulatory environment.
- Published in VALUE CHAIN / MARKETS
Agricultural Water Management (AWM) Typologies
NITI Aayog estimated that India’s GDP by 2050 could be lost by 6% due to water scarcity. Given the growing climate-induced uncertainties and the centrality of water in India’s largely agrarian and rural livelihoods, building the resilience of agriculture to climate change is critical. Towards this goal, GIZ India has been implementing the Indo-German project on ‘Water Security and Climate Adaptation in Rural India’ (WASCA) with the Ministry of Rural Development (MoRD) and the Ministry of Jal Shakti (MoJS) since 2019. Commissioned by the German Federal Ministry for Economic Cooperation and Development (BMZ), the project aims to improve water security and rural climate adaptation through better management of rural water resources. The project is operational at national level and in select 10 districts of five states namely Madhya Pradesh, Rajasthan, Tamil Nadu, Uttar Pradesh, and Karnataka.
- Published in NATURAL RESOURCE MANAGEMENT
Evidence-based strategies to accelerate innovation scaling in agricultural value chains
Making innovative water management and irrigation technologies available to small farmers on a large scale is crucial to meet growing food demands while strengthening the resilience of food systems to climate change. Africa is particularly vulnerable to the impacts of climate change. There are several reasons for this, such as weak adaptive capacity, high dependence on ecosystem goods and services for livelihoods, and less developed agricultural production systems (WMO 2021). Strengthening the resilience of African agriculture critically depends on the ability of governments and their partners to bring science and innovation to the forefront of the development agenda. This requires co-creating evidence-based innovation bundles that best fit the local context while building capacity to scale these bundles in ways that are economically and environmentally sustainable.
- Published in NATURAL RESOURCE MANAGEMENT, VALUE CHAIN / MARKETS
Identification And Quantification Of Actual Evapotranspiration
Evapotranspiration (ET) is a significant consumer of irrigation water and precipitation on cropland. Global and regional interest in the sustainable management of limited freshwater supplies to meet the rapidly increasing population and food demands has resulted in advanced scientific research on ET measurement, rapid water accounting, and irrigation schedules in the NENA region.
The primary goal of this paper is to compare actual daily evapotranspiration (ET) collected by a remote sensing model and validated by Energy Balance (EB) flux tower field measurements. The flux tower was installed in a wheat field in Sids Agricultural Research Station in Beni Suef Governorate. Through the integration of Moderate Resolution Imaging Spectroradiometer (MODIS) Terra and Sentinel-2 data, a new remote sensing-based ET model is built on two parties: Thermal condition factor (TCF) and vegetation condition fraction (VCF). The remote sensing-based ET estimation model was evaluated using ET field measurements from the Energy Balance flux tower. The land use and land cover maps were created to assist the interpretation of remotely sensed ET data. Field data for five categories were collected to test the accuracy of the land use and cover maps: Water bodies (93 points), urban areas (252 points), trees (104 points), other field crops (227 points), and wheat (249 points), for a total of 925 ground points. The Google Earth Engine (GEE) imported sentinel-2 datasets and filtered the necessary dates and regions. From 1 October 2020 to 30 May 2021, sentinel-2 data were processed and transformed into the Normalized Difference Vegetation Index (NDVI), Normalized Difference Water Index (NDWI), and Normalized Difference Built-up Index (NDBI), which were then combined. The composite layer data were classified using the Random Forest (RF) method on the GEE platform, and the results showed an overall accuracy of 91 percent. The validation factors revealed good indices when RS-based ET results were compared to ground-measured ET. The Root Mean Square Error (RMSE) was 0.84 mm/day. The ‘r’ and ‘d’ values indicated satisfactory results, where ‘r’ yielded a value of 0.785, which indicates that the correlation between predicted and reference results is robust. The analysis of d values revealed a high degree of correlation between predicted (RS-based ET) and reference results (measured ET). The d value was found to be 0.872. Between 21 November 2020 and 30 April 2021, RS-based accumulated ET was 418 mm/season, while ground-measured ET was 376 mm/season. The new RS-based ET model produced acceptable daily and seasonal results.
- Published in NATURAL RESOURCE MANAGEMENT










