Science, technology and innovation are essential for economic development and new scientific discoveries and technologies could provide countries with a competitive advantage and address some major problems (such as improved varieties of plants resistant to pests and diseases). This set of dossiers highlights differing viewpoints and perceptions of the potential risks involved in adopting various new technologies in a number of specific fields.
Biological resources are the pillars upon which ACP countries can build their economic development. Nature's products support such diverse industries as agriculture, cosmetics, pharmaceuticals, pulp and paper, horticulture, construction and waste treatment. However, the loss of biodiversity threatens food supplies, opportunities for recreation and tourism, and sources of wood, medicines and energy in many ACP countries. The Convention on Biological Diversity, as an international treaty, identifies common problems, sets overall goals and policies and general obligations, and organizes technical and financial cooperation. However, the responsibility for achieving these goals rests largely with the ACP themselves (and of course with other countries on the planet). This dossier provides background information on issues pertaining to the protection of biodiversity that are of special interest to ACP countries.
The concept of agroforestry encompasses trees and shrubs combined in one way or another with crops and/or livestock. The basis of these systems is to allow the tree and the shrub to play their full roles in the protection and regeneration of the environment. Pushed into the limelight by the global challenge of climate change – which is increasingly being linked to the loss of forests – or by more specific issues of managing wood resources, agroforestry constitutes, without doubt, a part of the solution for a better integration of mankind and his activities with the natural environment. Research in agroforestry is distributed amongst several actors (universities, national and international research and development centres). Agroforestry is now included in several major debates on the future of the planet’s resources. The scientific community should seize this opportunity to advance agroforestry’s potential for contributing solutions for viable plant and animal production systems especially in the context of climate change, for the fight against poverty, for food security, for economic, social and political stability, and for a greener agriculture. Moreover, it is essential that this widely dispersed scientific community finds methods of disseminating its findings to users to increase understanding of agroforestry’s importance for sustainable agricultural and rural development. (This folder was prepared by CABI and CIRAD in collaboration with CTA. Editor in chief, Judith Francis, CTA, 2010).
It is widely accepted that investments in science, technology and innovation are essential for economic development. The rapid changes that are taking place due to advances in biotechnology and information and communication technologies (ICTs) support this view. Although new scientific discoveries and technologies could provide countries with a competitive advantage and address some major problems (such as improved varieties of plants resistant to pests and diseases), their adoption is frequently not without controversy due to differing viewpoints and perceptions of the potential risks involved. This edition of the dossier addresses the issue of biotechnology and the Cartagena Protocol.
ACP countries consume very little fossil fuel but bear the brunt of the consequences of huge emissions of greenhouse gasses by industrialized countries. They suffer the most adverse effects due to their inability to respond adequately to projected climate changes caused by these emissions. This dossier investigates the consequences of climate change in ACP countries and explores S&T strategies for agricultural and rural development required to mitigate them.
The United Nations declared 2006 as the International Year of Deserts and Desertification. The UN General Assembly was deeply concerned about the exacerbation of desertification, particularly in Africa. This dossier provides lead articles by Dr Wellington Ekaya of the University of Nairobi, Kenya and Dr Mary Tiffen of the UK. The web links guide you to a range of resources within the ACP, EU and internationally from which lessons can be drawn to support further research and policy interventions. The information presented in this dossier complements the strategic partnership that CTA embarked on at the beginning of January 2007 with international, regional and national partners to implement an EU funded international cooperation project (INCO) project under the 6th EDF programme which aims to identify success stories on Agricultural Innovations in Dryland Africa (AIDA) to determine the drivers of success.
Consumers need to be sure that the food they eat is safe. Stringent standards which generally vary from country to country are increasingly imposed on the international food trade by both public institutions and private corporations. As product and process requirements and supply logistics systems become more demanding, ACP trade in global markets is being impacted. This dossier identifies key challenges and strategies for the ACP community in meeting international quality and food safety requirements. Dr. Sietze Vellema, Wageningen University, explores the challenge in combining food safety, quality performance and sustainability standards with innovative technological capacity in the upper end of the supply chain. He suggests a form of coordinated innovation in which both market opportunities and institutional arrangements are integrated to enhance the innovative capacities of actors and organizations. Dr. Jennylynd James examines international and regional ACP initiatives on meeting health and safety requirements and outlines recommendations for ACP countries. The lead articles are complemented by background information through links to related websites and publications. This dossier was prepared by KIT in collaboration with CTA – September 2007. Edited by J.A. Francis, CTA & J. Sluijs, KIT.
Millennium Development Goal number one is to eradicate extreme hunger and reduce poverty by half by 2015. At the World Food Summit in 1996, 180 nations discussed ways to end hunger. Five years later, they met again to monitor progress. According to the State of Food Insecurity in the World 2006 report, today’s estimated 820 million undernourished people in developing countries represent a marginal reduction of three million as against the early nineties baseline of 823 million used by the Summit. There are significant disparities among regions; Asia and the Pacific and Latin America and the Caribbean have seen an overall reduction in both the number and prevalence of undernourished people. Sub-Saharan Africa is worse off. What can be done to meet the World Food Summit’s target? What role do Science and Technology play in achieving food security? What response is needed from policymakers? This dossier focuses attention to these questions. This dossier has been prepared by KIT (J. Sluijs) in collaboration with CTA (J.A. Francis) - September 2007.
Indigenous knowledge initially defined as the knowledge held by indigenous communities (people) has been expanded as follows: 'The sum total of the knowledge and skills which people in a particular geographic area possess and which enable them to get the most out of their environment. Most of this knowledge and these skills have been passed from earlier generations but individual men and women in each new generation adapt and add to this body of knowledge in a constant adjustment to changing circumstances and environmental conditions. They in turn pass on the body of knowledge intact to the next generation, in an effort to provide them with survival strategies.IK Monitor 6(2) July 1998.' This dossier brings the issue of the need to integrate farmers? knowledge into the wider knowledge system as the concept of indigenous knowledge evolves in response to the changing conditions including exposure to more formal knowledge systems.
Science technology and innovation at the nano-scale (STI-NANO) is being positioned as the new frontier for driving industrial expansion and providing answers to societies’ problems. This folder presents an overview of the development trends and potential of STI-NANO and examines the implications for ACP countries – more specifically with regard to agriculture and medicine. Prof. Ishenkumba Kahwa, professor of Supramolecular Chemistry and Head of the Department of Chemistry at the University of the West Indies’ Mona Campus, Jamaica presents the opportunities and reviews the prospects and challenges for ACP countries. He presents the market potential and global efforts to take advantage of the new technology to provide competitive advantage for several developed and developing countries. He also cautions of the need to address safety and ethical issues to respond to consumer concerns. In his lead article, Dr. Anane-Fenin from the department of Physics at the University of Cape Coast, Ghana pleas for ACP countries to gain access to nanotechnology facilities and instrumentation for researchers both in academia and industry. Both lead articles discuss the potential of STI for ACP countries and the need for ACP countries to invest in STI-NANO research and development and build alliances; south-south, south-north and south-north-south development strategies’ to ensure that they contribute to the evolving knowledge pool and using science for socio-economic development. Links to related websites and publications complement the lead articles and provide interesting background information in this challenging field of nanoscience and nanotechnology. Prepared by KIT in collaboration with CTA – April 2008, Edited by J.A. Francis, CTA & J. Sluijs, KIT.
Phosphorus (P) is an essential resource for global food production. However, crop production, especially in acid soils, is hampered by poor P-use efficiency, creating a demand for P fertilizers. The increased demand for food to feed a growing human population, estimated to reach 9 billion by 2050, has in turn increased demand for P fertilizers. There is significant concern about the depletion of phosphate rock (PR) resources, but also uncertainty about how long the existing deposits will last and whether further deposits can be found.Two lead articles were produced for this dossier and can accessed below on this page.P.O. Kisinyo et al., Chepkoilel University College, Kenya in their article, “Phosphorus depletion – should the ACP countries be concerned? What are the current issues for future research and policy?”, examine the extent of the problem and propose options for the ACP region. A second article, by Bert Smit, plant Research Institute, Wageningen University and Research Centre, “Phosphorus depletion: an invisible crisis?” considers the evidence on the current status of depletion. Smit notes that the return flow of phosphorus from society to agriculture is decreasing and that the use and governance of the remaining reserves is far from sustainable. This folder also contains links to documentary resources, which provide more insights on the following; assessing phosphorus levels, phosphorus depletion and application of phosphorus as well as information on the industry, geology and sustainability issues.This folder was compiled and edited by CABI and CTA, May, 2011.
ACP countries continue to register high postharvest losses (15-85%) in the trade of fresh and processed fruits and vegetables, cereals, grains, livestock and fisheries in both domestic and export markets. While new and improved techniques for extending the shelf life of fresh produce exist, reducing postharvest losses remains a challenge. This dossier focuses on research and policy issues that require urgent attention. The dossier features two lead articles: the first, by Drs Ducamp and Sagoua, CIRAD, discusses two natural antifungal agents, the lactoperoxidase system based on a natural enzyme and neem oil, as alternative postharvest treatments to respond to changing consumer demands for less/no chemicals in their foods especially fresh fruits and vegetables. The second lead article by Dr Audia Barnett is based on the work by the Scientific Research Council, Jamaica, in adding value to herbs and spices, to enhance the shelf life, preserve the flavours and expand market opportunities for Jamaican herbs and spices. Links to online resources on postharvest research, technologies and policy related issues are also provided in the dossier. Prepared by a CABI/CIRAD team. Edited By Judith Francis, CTA.
In the 1960s and 1970s, remote sensing was done from aircraft and mainly for military purposes using thermal infrared scanners (temperature) and radar systems (SLAR: side looking airborne radar). Recognising the potential for civil applications, primarily in agriculture (harvest estimates) and geology (possible presence of oil and gas), the first earth-orbiting satellites were equipped with technology for colour observations of the Earth. The potential of these space observations for meteorology was quickly identified, and the meteorological community launched a successful series of meteorological satellites of increasing complexity and capabilities, which has sustained until the very present.
Soil health is a particularly pressing issue in the ACP region as tropical soils are prone to rapid degradation, but more specifically, because of declining soil fertility, salt intrusion and limited availability of arable land for agricultural production. ACP policy makers in consultation with soil and other scientists must provide measured responses to agricultural stakeholders who are faced with competing and contradictory recommendations on soil fertility management and emerging issues such as biochar for improved soil productivity and carbon trading schemes. This dossier addresses all of these issues in its collection of carefully selected publications and interesting web links. Two lead articles are also featured. In Soil Fertility in Africa by Dr. André Bationo, the complexity of and the shift in managing soil fertility, from the external input paradigm during the 1960s and 1970s to the currently accepted Integrated Soil Fertility Management (ISFM) paradigm is discussed. Dr. Bationo concludes that for investments in improving soil fertility to yield benefits - including adequate returns on investments- social, political and economic issues including output markets and the market value of farm products must be considered. Prof. Nazeer Ahmad’s article on Tropical soils with focus on West Indian soils provides an insight into Caribbean soils which are not as severely degraded when compared to other tropical regions, the exception being Haiti. Prof. Ahmad recommends that urgent attention should be paid to developing sustainable land use plans based on the capability of the Caribbean soils.This folder on soil health has been edited by Judith Francis (CTA) and Jacqueline Sluijs (KIT). June 2009
Tropical fruits offer a significant opportunity for agricultural and economic growth for many ACP countries. However, while production, processing and marketing of some better known fruits such as citrus, mangoes, avocadoes and bananas, has benefitted from significant investments including in research and development, primarily to service export markets; this has not been the same for many other tropical fruits. This dossier comprises two lead articles by ACP and EU experts and provides links to relevant documentary resources on tropical fruit processing. It seeks to highlight the challenges and opportunities in adding value to tropical fruits and provides policy guidelines to support industry development.
As the competition for fresh water for food, health and energy becomes increasingly intense, there is need to also address the issue of dwindling water resources and the implications for agricultural productivity.This dossier deals with the challenge to efficiently and sustainably manage water resources. In his lead article, Gerd Förch, Professor for Water Resources Management at Universität Siegen, Civil Engineering Department, Germany, and director of the Research Institute for Water and Environment, focuses on the concept of integrated water resources management (IWRM) as a strategy for the efficient and sustainable management of water resources as the amount of freshwater available to mankind and nature is limited.The lead article by Maimbo Malesu and Alex Oduor of ICRAF provide lessons from Rwanda and Zanzibar on upgrading water harvesting potential as small-scale solutions to major problems in managing water resources. They use vivid examples from these two countries to show how satellite imagery and digital mapping techniques can be used for supporting decision making on managing water resources in sub-Saharan Africa. Background information to this dossier is provided in the form of links to websites of relevant organizations and downloadable articles.Prepared by KIT in collaboration with CTA – July 2008. Edited by J.A. Francis, CTA & J. Sluijs, KIT