Policy and Institutional Support for CA Development (Examples from Europe, Africa, Asia)

Policy and Institutional Support for CA Development (Examples from Europe, Africa, Asia)

Mobilizing Greater Crop and Land Potentials Sustainably

The supply side of the food security engine is the way we farm. The current engine of conventional tillage farming is faltering and needs to be replaced. This presentation will address supply side issues of agriculture to meet future agricultural demands for food and industry using the alternate no-till Conservation Agriculture (CA) paradigm (involving no-till farming with mulch soil cover and diversified cropping) that is able to raise productivity sustainably and efficiently, reduce inputs, regenerate degraded land, minimise soil erosion, and harness the flow of ecosystem services. CA is an ecosystems approach to farming capable of enhancing not only the economic and environmental performance of crop production and land management, but also promotes a mindset change for producing ‘more from less’, the key attitude towards sustainable production intensification. CA is now spreading globally in all continents at an annual rate of 10 Mha and covers some 157 Mha of cropland. Today global agriculture produces enough food to feed three times the current population of 7.21 billion. In 1976, when the world population was 4.15 billion, world food production far exceeded the amount necessary to feed that population. However, our urban and industrialised lifestyle leads to wastage of food of some 30%-40%, as well as waste of enormous amount of energy and protein while transforming crop-based food into animal-derived food; we have a higher proportion of people than ever before who are obese; we continue to degrade our ecosystems including much of our agricultural land of which some 400 Mha is reported to be abandoned due to severe soil and land degradation; and yields of staple cereals appear to have stagnated. These are signs of unsustainability at the structural level in the society, and it is at the structural level, for both supply side and demand side, that we need transformed mind sets about production, consumption and distribution. CA not only provides the possibility of increased crop yields for the low input smallholder farmer, it also provides a pro-poor rural and agricultural development model to support agricultural intensification in an affordable manner. For the high output farmer, it offers greater efficiency (productivity) and profit, resilience and stewardship. For farming anywhere, it addresses the root causes of agricultural land degradation, sub-optimal ecological crop and land potentials or yield ceilings, and poor crop phenotypic expressions or yield gaps. As national economies expand and diversify, more people become integrated into the economy and are able to access food. However, for those whose livelihoods continue to depend on agriculture to feed themselves and the rest of the world population, the challenge is for agriculture to produce the needed food and raw material for industry with minimum harm to the environment and the society, and to produce it with maximum efficiency and resilience against abiotic and biotic stresses, including those arising from climate change. There is growing empirical and scientific evidence worldwide that the future global supplies of food and agricultural raw materials can be assured sustainably at much lower environmental and economic cost by shifting away from conventional tillage-based food and agriculture systems to no-till CA-based food and agriculture systems. To achieve this goal will require effective national and global policy and institutional support (including research and education).

Barreiras e facilitadores à prática do acompanhamento farmacoterapêutico nos serviços farmacêuticos hospitalares portugueses

Objectivos: Identificar e compreender as barreiras e os facilitadores à prática do Acompanhamento Farmacoterapêutico (AFT) nos serviços farmacêuticos hospitalares portugueses. Método: Estudo qualitativo mediante realização de entrevistas semi-estruturadas a farmacêuticos hospitalares com e sem experiência no AFT e análise de conteúdo, retroactiva e temática. Resultados: Estrutura dos serviços farmacêuticos: barreiras (1) falta de tempo, organização das actividades orientadas para a logística, instabilidade dos recursos humanos, barreiras físicas à comunicação, relações em divergência; facilitadores (2) reestruturação, trabalho em equipa. Farmacêutico: (1) resistência à mudança, qualificação inadequada; (2) atitude positiva, legitimação, formação. Meio externo: (1) falta de apoio institucional, relacionamento com o doente, o médico e farmacêutico comunitário, ensino inadequado; (2) apoio institucional, procura do doente, cooperação com o médico e o farmacêutico comunitário, ensino adequado. Tecnologia: (1) acesso aos dados clínicos e a informação, método inadequado; (2) acesso à informação, método adequado, documentação, informatização, marketing, boas práticas. Conclusão: As entrevistas semi-estruturadas fornecerem uma visão ampla, detalhada e pragmática dos potenciais determinantes de uma prática generalizada do AFT nos serviços farmacêuticos hospitalares portugueses. /ABSTRACT: Objectives: To identify and understand the barriers and facilitators for the practice of Medication Therapy Management (MTM) in portuguese’s hospital pharmacy. Method: Qualitative study trough semi-structured interviews with MTM experienced and inexperienced hospital pharmacists followed by retroactive content and thematic analysis. Results: Structure of hospital pharmacy: barriers (1) lack of time, activities focused on logistics, instability of human resources, physical barriers to communication, divergent relationships; facilitators (2) restructuring, teamwork. Pharmacist: (1) resistance to change, inadequate skills, (2) positive attitude, legitimating, formation. Environment: (1) lack of institutional support, relationship with patient, physician and community pharmacist, inadequate teaching, (2) institutional support, patient's demand, cooperation with physician and community pharmacist, appropriate teaching. Technology: (1) lack of access to clinical data and information, inadequate method, (2) access to information, appropriate method, documentation, computerization, marketing, good pharmacy practices. Conclusion: The semi-structured interviews provide a broad, comprehensive and pragmatic view of potential determinants for wide practice of MTM in Portuguese’s hospital pharmacy.

Towards Conservation Agriculture systems in Moldova

As the world population and food production demands rise, keeping agricultural soils and landscapes healthy and productive are of paramount importance to sustaining local and global food security and the flow of ecosystem services to society. The global population, expected to reach 9.7 billion people by 2050, will put additional pressure on the available land area and resources for agricultural production. Sustainable production intensification for food security is a major challenge to both industrialized and developing countries. The paper focuses on the results from long-term multi-factorial experiments involving tillage practices, crop rotations and fertilization to study the interactions amongst the treatments in the context of sustainable production intensification. The paper discusses the results in relation to reported performance of crops and soil quality in Conservation Agriculture systems that are based on no or minimum soil disturbance (no-till seeding and weeding), maintenance of soil mulch cover with crop biomass and cover crops, and diversified cropping systems involving annuals and perennials. Conservation Agriculture also emphasizes the necessity of an agro-ecosystems approach to the management of agricultural land for sustainable production intensification, as well as to the site-specificity of agricultural production. Arguments in favor of avoiding the use of soil tillage are discussed together with agro-ecological principles for sustainable intensification of agriculture. More interdisciplinary systems research is required to support the transformation of agriculture from the conventional tillage agriculture to a more sustainable agriculture based on the principles and practices of Conservation Agriculture, along with other complementary practices of integrated crop, nutrient, water, pest, energy and farm power management.

Setting up a network of agrometeorological stations in East Timor

A developed and sustainable agriculture requires a permanent and reliable monitoring of climatic/ meteorological elements in (agro) meteorological stations which should be located close to agricultural, silvicultural or pastoral activities. An adequate network of meteorological stations is then a necessary condition to support innovation and development in any country. Developing countries, mainly those with a history of frequent conflicts, presents deficient number of weather stations, often poorly composed and improperly distributed within their territories, and without a regular operation that allows continuity of records for a sufficiently long period of time. The objective of this work was to build a network of meteorological and agro-meteorological stations in East Timor. To achieve this goal, the number and location of pre-existing stations, their structure and composition (number and type of sensors, communication system,… ), the administrative division of the country and the available agro-ecological zoning, the agricultural and forestry practices in the country, the existing centres for the agricultural research and the history of the weathers records were taken into account. Several troubles were found (some of the automatic stations were assembled incorrectly, others stations duplicated information regarding the same agricultural area, vast areas with relevant agro-ecological representativeness were not monitored …). It was proposed the elimination of 11 existing stations, the relocation of 7 new stations in places not covered until then, the automation of 3 manual meteorological stations. Two networks were then purposed, a major with 15 agro-meteorological stations (all automatized) and one other secondary composed by 32 weather stations (only two were manual). The set of the 47 stations corresponded to a density of 329 km2/station. The flexibility in the composition of each of the networks was safeguarded and intends to respond effectively to any substantive change in the conditions in a country in constant change. It was also discussed the national coverage by these networks under a “management concept for weather stations”.