The HealthyMinorCereals project is a five-year European Union-funded initiative aimed at improving diversity in cereal crops. The project involves 16 partners across 10 countries who are characterizing over 800 genotypes of minor cereal crops like rye, oats, spelt and investigating their genetics, stress tolerance, nutrition and potential for cultivation. So far the project has identified 200 genotypes tolerant to biotic and abiotic stresses and analyzed data from field trials in five locations. The goal is to rediscover traditional cereal crops and build knowledge of their benefits to address lack of diversity in current varieties and improve resilience against climate change and disease.
Agricultural biodiversity in climate change adaptation planning: An analysis of the National Adaptation Programmes of Action - a presentation given at the 15th meeting of the Commission on Genetic Resources for Food and Agriculture, FAO, Rome, January 2015. Presentation given by Ana Bedmar Villanueva, Michael Halewood and Isabel López from Bioversity International.
Read a news announcement about the new guidelines for use of agrobiodiversity in climate change adaptation planning
http://www.bioversityinternational.org/news/detail/new-guidelines-for-use-of-agricultural-biodiversity-in-climate-change-adaptation-planning/
This work is carried out in collaboration with the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS).
Bioversity International policy scientist Ronnie Vernooy gave this presentation at the the Global Consultation on Farmers’ Rights, Indonesia, 27-30 September 2016, organized by the International Treaty on Plant Genetic Resources for Food and Agriculture (Plant Treaty).
The importance of farmers’ rights is recognized in Article 9 of the Plant Treaty.
In this presentation Vernooy shows how a community-based approach to the management of agricultural biodiversity, including supporting community seedbanks, can empower and benefit smallholder farmers and farming communities economically, environmentally and socially. This approach makes implementing farmers’ rights at national level both practical and effective contributing to food and seed security, sustainable livelihoods and resilience.
For more information, please visit:
http://www.bioversityinternational.org/research-portfolio/conservation-of-crop-diversity/community-seedbanks/
http://www.bioversityinternational.org/research-portfolio/policies-for-plant-diversity-management/the-plant-treaty/
A short booklet that describes how and why Bioversity International carries out research for development in agricultural and tree biodiversity. The booklet gives information about why agricultural and tree biodiversity matters for sustainable development, our strategic initiatives, where we work and our areas of scientific expertise. Find out more on www.bioversityinternational.org
This document discusses the importance of considering local nutrition, biodiversity, and cultural practices when developing landscape and food system interventions. It addresses the following key points:
1) Putting local people and their knowledge, varieties/breeds, forest foods, and cultural practices at the center of interventions.
2) Taking a "whole of diet" approach that considers the diversity of foods needed, including cereals, tubers, roots, legumes, fruits, vegetables, nuts, meat/fish, and insects, to meet nutritional needs.
3) Bioversity is developing tools to document local food biodiversity, composition, consumption, seasonality, and affordability to identify opportunities to promote production and consumption of local
In light of the 'Soils and pulses: symbiosis for life – A contribution to the Agenda 2030' event that took place at the Food and Agriculture Organization of the UN (FAO), Bioversity International's researcher Paola De Santis highlighted the importance of pulse diversity in managing pests and diseases in farmers' fields. Planting diverse pulse varieties can reduce the farm’s vulnerability to pests and diseases, and is a risk management strategy for unpredictability in rainfall and temperatures.
Learn more about Bioversity International's research on managing pests and diseases: http://bit.ly/23ZWtBW
The role of ex situ crop diversity conservation in adaptation to climate changeLuigi Guarino
Keynote delivered on behalf of Cary Fowler at international conference on Food Security and Climate Change in Dry Areas -- 1-4 February 2010 -- Amman, Jordan. Thanks to Colin Khoury for putting this together.
Towards a better understanding of custodian farmers and their roles: insights...Helga Gruberg Cazon
This document summarizes a case study of custodian farmers in Cachilaya, Bolivia who play an important role in conserving crop diversity. It describes how the researchers interviewed several custodian farmers to understand their socioeconomic characteristics and motivations for conserving many traditional varieties. The study found that custodian farmers devote significant effort to growing and preserving rare and endangered crops and varieties. They serve as a valuable resource for on-farm conservation but often do not receive adequate recognition or support for their contributions. A better understanding of custodian farmers could help strengthen on-farm conservation strategies.
Re-collection to assess temporal variation in wild barley diversity in JordanBioversity International
Presentation delivered by Dr Imke Thormann at the International Agrobiodiversity Congress 2016, held in Delhi, India, 6-9 November.
Imke Thormann's presentation focused on crop wild relative genetic erosion and how it can be studied.
Find out more about the India Agrobiodiversity Congress:
http://www.bioversityinternational.org/iac2016/
Agricultural biodiversity in climate change adaptation planning: An analysis of the National Adaptation Programmes of Action - a presentation given at the 15th meeting of the Commission on Genetic Resources for Food and Agriculture, FAO, Rome, January 2015. Presentation given by Ana Bedmar Villanueva, Michael Halewood and Isabel López from Bioversity International.
Read a news announcement about the new guidelines for use of agrobiodiversity in climate change adaptation planning
http://www.bioversityinternational.org/news/detail/new-guidelines-for-use-of-agricultural-biodiversity-in-climate-change-adaptation-planning/
This work is carried out in collaboration with the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS).
Bioversity International policy scientist Ronnie Vernooy gave this presentation at the the Global Consultation on Farmers’ Rights, Indonesia, 27-30 September 2016, organized by the International Treaty on Plant Genetic Resources for Food and Agriculture (Plant Treaty).
The importance of farmers’ rights is recognized in Article 9 of the Plant Treaty.
In this presentation Vernooy shows how a community-based approach to the management of agricultural biodiversity, including supporting community seedbanks, can empower and benefit smallholder farmers and farming communities economically, environmentally and socially. This approach makes implementing farmers’ rights at national level both practical and effective contributing to food and seed security, sustainable livelihoods and resilience.
For more information, please visit:
http://www.bioversityinternational.org/research-portfolio/conservation-of-crop-diversity/community-seedbanks/
http://www.bioversityinternational.org/research-portfolio/policies-for-plant-diversity-management/the-plant-treaty/
A short booklet that describes how and why Bioversity International carries out research for development in agricultural and tree biodiversity. The booklet gives information about why agricultural and tree biodiversity matters for sustainable development, our strategic initiatives, where we work and our areas of scientific expertise. Find out more on www.bioversityinternational.org
This document discusses the importance of considering local nutrition, biodiversity, and cultural practices when developing landscape and food system interventions. It addresses the following key points:
1) Putting local people and their knowledge, varieties/breeds, forest foods, and cultural practices at the center of interventions.
2) Taking a "whole of diet" approach that considers the diversity of foods needed, including cereals, tubers, roots, legumes, fruits, vegetables, nuts, meat/fish, and insects, to meet nutritional needs.
3) Bioversity is developing tools to document local food biodiversity, composition, consumption, seasonality, and affordability to identify opportunities to promote production and consumption of local
In light of the 'Soils and pulses: symbiosis for life – A contribution to the Agenda 2030' event that took place at the Food and Agriculture Organization of the UN (FAO), Bioversity International's researcher Paola De Santis highlighted the importance of pulse diversity in managing pests and diseases in farmers' fields. Planting diverse pulse varieties can reduce the farm’s vulnerability to pests and diseases, and is a risk management strategy for unpredictability in rainfall and temperatures.
Learn more about Bioversity International's research on managing pests and diseases: http://bit.ly/23ZWtBW
The role of ex situ crop diversity conservation in adaptation to climate changeLuigi Guarino
Keynote delivered on behalf of Cary Fowler at international conference on Food Security and Climate Change in Dry Areas -- 1-4 February 2010 -- Amman, Jordan. Thanks to Colin Khoury for putting this together.
Towards a better understanding of custodian farmers and their roles: insights...Helga Gruberg Cazon
This document summarizes a case study of custodian farmers in Cachilaya, Bolivia who play an important role in conserving crop diversity. It describes how the researchers interviewed several custodian farmers to understand their socioeconomic characteristics and motivations for conserving many traditional varieties. The study found that custodian farmers devote significant effort to growing and preserving rare and endangered crops and varieties. They serve as a valuable resource for on-farm conservation but often do not receive adequate recognition or support for their contributions. A better understanding of custodian farmers could help strengthen on-farm conservation strategies.
Re-collection to assess temporal variation in wild barley diversity in JordanBioversity International
Presentation delivered by Dr Imke Thormann at the International Agrobiodiversity Congress 2016, held in Delhi, India, 6-9 November.
Imke Thormann's presentation focused on crop wild relative genetic erosion and how it can be studied.
Find out more about the India Agrobiodiversity Congress:
http://www.bioversityinternational.org/iac2016/
Ann Tutwiler, Director General, Bioversity International gave this presentation at the Eighth Biodiversity Conference, Trondheim on 31st May 2016.
Current agricultural intensification practices are the biggest threat to sustainability and a major force behind breaching multiple planetary boundaries (Steffen et al., 2015). Agriculture contributes to between 19 and 29% of total GHG emissions (US EPA 2011, Vermeulen et al. 2012), uses of 69% of freshwater resources (AQUASTAT 2014), and 34% of the terrestrial, icefree surface of the planet accounting for 31% of wild biodiversity loss (Ramankutty et al. 2008). It is the primary driver for the substantial breach of the planetary boundary for phosphorous, and nitrogen (Carpenter and Bennett 2011, Steffen et al. 2015). The foods we produce from these systems struggle to nourish a growing global population where nearly 2 billion suffer from nutrient deficiencies, and another 2 billion suffer from obesity.
In as much as agricultural practices are important parts of the problem, they are likely to be our best bet for novel solutions addressing both human and environmental health. Increasing and improved use of agricultural biodiversity has the capacity provide both food and nutritional security, providing the ingredients of healthy, culturally sensitive, and enjoyable meals.
Mounting evidence suggests that producing food for diversified diets is often complementary with improving agriculture’s sustainability record. Agricultural biodiversity provides the core ecosystem services that underpin sustainable agricultural intensification: pollination, pest control, and sustainably stored and sourced soil nutrients. Finally, as the planet’s largest ecosystem, sustainable intensification of agricultural ecosystems has the capacity to provide multiple ecosystem services converting agriculture from a net source, to net sink of green house gases; reigning in planetary boundaries on phosphorus, nitrogen, and water; and creating a safe space for wild biodiversity .
Achieving agricultural biodiversity’s potential however, requires stronger support of the
research and development community, better articulation of biodiversity’s contribution to
multiple sustainable development goals, and improved indicators and indices that facilitate impact and progress both environmental and human well-being targets.
Find out more about Bioversity International's research on productive and resilient farms, forests and landscapes:
http://www.bioversityinternational.org/initiatives/farms-forests-landscapes/
Visit the official Trondheim 8th Biodiversity Conference page:
http://www.trondheimconference.org/
World agriculture is facing its biggest challenge due to population growth and climate change. Crop diversity is critical for adapting to these challenges but many varieties have been lost. The Crop Trust works to conserve crop diversity globally to ensure food security. A new initiative called DivSeek aims to facilitate open access to genomic and phenotypic data associated with genebank collections through common data standards. This will help breeders develop climate-resilient crops and address food insecurity.
Ann Tutwiler, Director General, Bioversity International presentation on NOT finding the world's next superfood. This presentation was delivered at Kew Gardens on May 12th 2016 at the State of the World's Plants Symposium.
Abstract: In the last few years, superfoods such as quinoa, amaranth and goji berries have been celebrated in the international media in recognition of their rich nutrient content.
But it is not just Western consumers that can benefit from rediscovering these forgotten foods.
M. Ann Tutwiler, Director General, Bioversity International, will explain how many nutritious traditional foods, which have largely fallen off menus and research-for-development agendas in favour of a handful of staple grains, are starting to make a comeback on the plates of the world’s poorest and most malnourished populations.
Bioversity International carries out research on a diverse range of underutilized crops, and advocates for their wider use in healthy diets from sustainable food systems. This overview will include examples of how research-for-development efforts on quinoa in the High Andes and minor millets in India have helped bring diverse varieties back to the farm, the market and the plate. She will highlight how these crops are often not just nutrient-rich but also have a high potential to contribute to livelihoods. They are often also highly resilient to today’s production challenges, such as climate change.
In conclusion, M. Ann Tutwiler will outline the urgent need to identify, promote and protect these useful plants which all have the potential to be placed into a diverse basket of Super Foods when it comes to delivering food and nutrition security.
DIVERSIFOOD Final Congress - Session 4 - Poster presentationsdiversifoodproject
Monitoring On-Farm Diversity in the United States
by Cathleen McCluskey, Univ. of Wisconsin-Madison, USA
A modeling approach for on farm crop diversity management
by Abdel Kader Naino Jicka, INRA, France
Management of plant health and crop diversity – a case study
by Stephanie Klaedtke, Univ. de Liège - SEED, Belgium
Conservation and usage of chestnut biodiversity: a case study of partnership research
by Cathy Bouffartigue, INRA, France
Mapping European CSAs’ Practices for Cultivated Biodiversity
by Jocelyn Parot, INRA, France
From Cosmopolitan maize to Identitarian maize: collective management of maize
landraces in France and Italy
by Marianna Fenzi, INRA, France
Governance and organizational models of informal seed systems in Italy
by Riccardo Franciolini, RSR, Italy
The document discusses the importance of crop wild relatives (CWR) for adapting crops to climate change and other threats. It notes that CWR cover half the Earth's land and have provided genes for disease resistance and other traits. However, CWR populations are threatened by climate change and land use changes. The Global Crop Diversity Trust's CWR initiative aims to collect, conserve and use CWR diversity for climate change adaptation. It discusses challenges like identifying useful traits in wild species and removing undesirable linkages when introducing genes into crops. Genomics approaches may help address these challenges by discovering cryptic variation in CWR.
Strength, weaknesses, opportunities and threats, A Presentation By Mr Allah...Mr.Allah Dad Khan
This document analyzes the strengths, weaknesses, opportunities, and threats (SWOT) for mushroom cottage industries. The key strengths are that mushroom farming requires a short production cycle, low financial commitment, and can utilize agricultural waste. Weaknesses include higher costs for financing, packaging, transportation, and lack of technical knowledge. Opportunities exist in declining foreign production, increasing domestic demand, and utilizing mushrooms to address nutritional deficiencies. Threats consist of competition from China, shifts in demand preferences, risks from pests and exceeding market demand without developing new markets.
The document discusses the threat to seed diversity from industrial agriculture and corporate control. It notes that only 150 of 80,000 edible plant species are cultivated, and just eight traded globally, leading to irreversible loss of seed varieties. Industrial agriculture prioritizes high yields but at the cost of biodiversity reduction. As a result, genetic diversity of domesticated plants is being destroyed at an unprecedented rate, threatening the future of seed, farmers, and global food security.
We Manage What We Measure: An Agrobiodiversity Index to Help Deliver SDGsBioversity International
Presentation delivered by M. Ann Tutwiler at the International Agrobiodiversity Congress 2016, held in Delhi, India, 6-9 November.
The presentation outlined a new Agrobiodiversity Index that will enable governments, private sector and other decision-makers to assess and track agrobiodiversity in food systems. Currently there is no consistent way to do this.
Find out more about the India Agrobiodiversity Congress:
http://www.bioversityinternational.org/iac2016/
IAC 2016 gathered 850 delegates from over 40 countries across the world who presented the results and stories of progress of agrobiodiversity research they are involved in.
Agricultural biotechnology and the economics of food security and climate cha...ExternalEvents
Agricultural biotechnology and the economics of food security and climate change mitigation presentation by "Daniel Sumner, University of California Davis, Davis, United States of America
"
This document outlines crop diversity in Ethiopia and strategies for conservation. It discusses that Ethiopia has significant crop diversity as a center of origin for many plants. It notes major crops like coffee, tef, and minor crops. It then explains the importance of conserving crop diversity for food security, environment, and economy. The document outlines in-situ and ex-situ conservation strategies and their benefits and challenges. It emphasizes that crop diversity provides genes for improving crops and meeting human needs.
DIVERSIFOOD Final Congress - Session 7 - Cultivating diverse food systems in ...diversifoodproject
"Cultivating diverse food systems in the shell of the uniform: power relations and transitions to sustainability" Keynote Speech by Phil Howard, Michigan State University, USA. The DIVERSIFOOD Final Congress was held in Rennes on 10-12 December 2018.
Introduction to prebreeding component of CWR project CWR Project
This document summarizes a global initiative to collect, conserve, and utilize crop wild relatives to help adapt agriculture to climate change. It discusses the Global Crop Diversity Trust, which funds conservation of crop diversity collections. It also mentions the Svalbard Global Seed Vault and a 10-year project to collect wild relatives of 26 target crops in developing countries. The document outlines strategies for pre-breeding collected wild relatives with cultivated crops to transfer useful traits, especially drought and heat tolerance, and notes challenges like wildness of traits. It also summarizes an expert survey on priority species and traits for pre-breeding in the context of climate change.
This document outlines a proposed strategy for prioritizing crop wild relatives and other plant taxa of importance for conservation in the United States. It involves: [1] Creating a national inventory of over 3,000 utilized and potentially useful taxa; [2] Taxonomically prioritizing these based on their relationships to major global crops and economic importance; [3] Identifying gaps in ex situ conservation of priority taxa to guide collecting. It seeks input from an expert to refine the priority taxa and ensure coverage of important genepools and underrepresented groups. The goal is a strategic approach to conservation of diversity important for agriculture and food security.
DIVERSIFOOD Final Congress - Session 2 - Underutilizated/forgotten crops: mul...diversifoodproject
"Underutilizated/forgotten crops: multi-actor and on farm evaluation": Keynote by Ambrogio Costanzo, ORC, UK
"Participatory assessment of local and traditional varieties of wheat in South Spain" by Maria Carrascosa, RAS, Spain
"Re-discovering ancient wheat population for organic farming in Hungary" by Dóra Drexler, ÖMKI, Hungary
"Lathyrus sativus and L. cicera germplasm characterization and breeding" by Diego Rubiales, CSIC, Spain
"Antinutritive ingredients in grain legume species for organic fodder" by Gilles Altmann, IBLA, Luxembourg
"Resistance screening of pea against a complex of root pathogens" by Lukas Wille, FiBL, Switzerland
"The Honeycomb Selection Designs in Participatory Breeding trials with cowpea" by Dionysia Fasoula, ARI, Cyprus
"Microbial communities and plant breeding: challenges and perspectives" by Michalis Omirou, ARI, Cyprus
"Chickpea genotypes response on drought and its impact on mycorrhizal symbiosis" by Athanasia-Eleni Kavadia, ARI, Cyprus
"Mobilising still diversity for minor cereals in West of France"
by Estelle Serpolay, ITAB, France
Genetically Modified Crops – A Potential Risk for Sustainable Agriculture.PDFGordana Zdjelar
This document discusses genetically modified crops and their potential risks and impact on sustainable agriculture. It notes that GM crops were developed to expedite crop improvement for food quality and solve problems in commercial agriculture like disease and weed management. However, their introduction has raised debates about environmental and food safety issues. The most common GM crop is herbicide-tolerant soybean, which occupies 50% of the global biotech area. A major problem is the outbreak of glyphosate-resistant weeds caused by overuse of herbicides on GM soybean crops.
Presentation given at the session on 'Seeds of Resilience - Novel strategies for using crop diversity in climate change adaptation' at Tropentag 2016, September 21st, Vienna, by Bioversity International scientist Ronnie Vernooy.
Future impacts of climate change are expected to become more pronounced in many parts of the world, forcing farmers to change their practices and causing them to find crops and varieties better adapted to new weather dynamics. Providing farmers with better access to crop and varietal diversity can strengthen their capacity to adapt to climate change. Under supportive policy and socioeconomic conditions, such strengthened capacity could contribute to greater food availability throughout the year, the production of more nutritious and healthy crops, and income generation. This is easier said than done.
How do we design and implement a comprehensive strategy that will allow farmers to access and use plant genetic diversity more effectively in the context of climate change adaptation? This session responded to this question through an interactive introduction to the challenge of enabling farmers to use climate-adapted germplasm (led by Bioversity International), a practical example from the field to bring new diversity to farmers fields (a case study from Uganda), and a “this is how we support crop diversification for climate change adaptation” exchange among a number of experts from government (development cooperation), private sector and civil society.
Find out more:
http://www.bioversityinternational.org/tropentag2016/
http://www.bioversityinternational.org/e-library/publications/detail/resource-box-for-resilient-seed-systems-handbook/
Plant Genetic Resources for Food and Agriculture: A Commons PerspectiveCIAT
1) Plant genetic resources for food and agriculture (PGRFA) play a pivotal role in global food security as the basis for crop breeding and improvement programs.
2) Several international agreements and efforts aim to optimize the benefits from PGRFA by promoting conservation, sustainable use, and equitable sharing of benefits from use.
3) Key agreements and organizations include the International Treaty on Plant Genetic Resources for Food and Agriculture, the Global Plan of Action, and the Global Crop Diversity Trust, with the Food and Agriculture Organization of the UN playing a central coordinating role.
Where our Food Crops Come from: A new estimation of countries’ interdependenc...CWR Project
Presentation given by CIAT/Colin K. Khoury at the side event "Where our Food Crops Come from: A new estimation of countries’ interdependence in plant genetic resources" at GB6, International Treaty on Plant Genetic Resources for Food and Agriculture, Rome, 7 October 2015
Region Old Fertilizer New Fertilizer 1 147 160 151 162 2 156 1.pdfalaaishaenterprises
Region Old Fertilizer New Fertilizer
1 147 160
151 162
2 156 161
151 151
3 165 159
166 138
4 158 132
149 159
5 139 164
131 164
6 146 168
118 169
7 161 158
164 147
8 143 174
147 157
A biotech firm conducts an experiment to examine potential differences between a new organic
fertilizer and a traditional fertilizer product. A large parcel of land is broken down into regions,
and two trials with each fertilizer are used on plots of land within each region. The corn yield
obtained for each of the plots is shown in the above table.
(a) Perform an appropriate analysis of variance (ANOVA) for the data shown in the table.
Construct an ANOVA table and determine whether there is a significant difference among the
fertilizers. Is there a significant difference among regions? (Assume a significance level of ? =
0.05) Is the interaction effect significant?
(b) Assess the treatment and block means using the t-distribution.
(c) Calculate and interpret the model residuels.
(d)Summarize what has been learned from the experiment.
Solution
Diversity means life; diversity means choice. Unfortunately, around the world the
spaces for the maintenance and creation of (new) diversity are becoming more and more
confined. Biological diversity, in environments increasingly disturbed by human intervention, is
under serious threat. Globalization forces are imposing limits on the ways people shape and
reshape socioeconomic, cultural, and political diversity. At the same time, in many places efforts
are underway to maintain or open up new room for the appreciation, use, and further evolution of
diversity. In 1992, following the United Nations Conference on Environment and Development
(UNCED or the \"Earth Summit\"), staff at Canada\'s International Development Research
Centre (IDRC) developed a program to support these efforts. IDRC\'s biodiversity program was
born to put and keep biodiversity high on the agenda of research and development organizations
in the South, in Canada, and around the globe. In 1997, the biodiversity program evolved into the
Sustainable Use of Biodiversity (SUB) program initiative, retaining its major objectives and
approach: Image to promote the use, maintenance, and enhancement of the knowledge,
innovations, and practices of indigenous and local communities to conserve and sustainably use
biodiversity; Image to develop incentives, methods, and policies that facilitate the development
of strategies for the conservation and enhancement of in situ agricultural and aquatic
biodiversity; and the participation of communities in their design and implementation; and
Image to support the creation of policies and legislation that recognize the rights of indigenous
and local communities to genetic resources and to the equitable sharing of benefits of the use of
these resources. This In_Focus book presents fragments of the arduous biodiversity research
work carried out and ongoing in numerous, often far away and little known places around the
world. The book b.
Ann Tutwiler, Director General, Bioversity International gave this presentation at the Eighth Biodiversity Conference, Trondheim on 31st May 2016.
Current agricultural intensification practices are the biggest threat to sustainability and a major force behind breaching multiple planetary boundaries (Steffen et al., 2015). Agriculture contributes to between 19 and 29% of total GHG emissions (US EPA 2011, Vermeulen et al. 2012), uses of 69% of freshwater resources (AQUASTAT 2014), and 34% of the terrestrial, icefree surface of the planet accounting for 31% of wild biodiversity loss (Ramankutty et al. 2008). It is the primary driver for the substantial breach of the planetary boundary for phosphorous, and nitrogen (Carpenter and Bennett 2011, Steffen et al. 2015). The foods we produce from these systems struggle to nourish a growing global population where nearly 2 billion suffer from nutrient deficiencies, and another 2 billion suffer from obesity.
In as much as agricultural practices are important parts of the problem, they are likely to be our best bet for novel solutions addressing both human and environmental health. Increasing and improved use of agricultural biodiversity has the capacity provide both food and nutritional security, providing the ingredients of healthy, culturally sensitive, and enjoyable meals.
Mounting evidence suggests that producing food for diversified diets is often complementary with improving agriculture’s sustainability record. Agricultural biodiversity provides the core ecosystem services that underpin sustainable agricultural intensification: pollination, pest control, and sustainably stored and sourced soil nutrients. Finally, as the planet’s largest ecosystem, sustainable intensification of agricultural ecosystems has the capacity to provide multiple ecosystem services converting agriculture from a net source, to net sink of green house gases; reigning in planetary boundaries on phosphorus, nitrogen, and water; and creating a safe space for wild biodiversity .
Achieving agricultural biodiversity’s potential however, requires stronger support of the
research and development community, better articulation of biodiversity’s contribution to
multiple sustainable development goals, and improved indicators and indices that facilitate impact and progress both environmental and human well-being targets.
Find out more about Bioversity International's research on productive and resilient farms, forests and landscapes:
http://www.bioversityinternational.org/initiatives/farms-forests-landscapes/
Visit the official Trondheim 8th Biodiversity Conference page:
http://www.trondheimconference.org/
World agriculture is facing its biggest challenge due to population growth and climate change. Crop diversity is critical for adapting to these challenges but many varieties have been lost. The Crop Trust works to conserve crop diversity globally to ensure food security. A new initiative called DivSeek aims to facilitate open access to genomic and phenotypic data associated with genebank collections through common data standards. This will help breeders develop climate-resilient crops and address food insecurity.
Ann Tutwiler, Director General, Bioversity International presentation on NOT finding the world's next superfood. This presentation was delivered at Kew Gardens on May 12th 2016 at the State of the World's Plants Symposium.
Abstract: In the last few years, superfoods such as quinoa, amaranth and goji berries have been celebrated in the international media in recognition of their rich nutrient content.
But it is not just Western consumers that can benefit from rediscovering these forgotten foods.
M. Ann Tutwiler, Director General, Bioversity International, will explain how many nutritious traditional foods, which have largely fallen off menus and research-for-development agendas in favour of a handful of staple grains, are starting to make a comeback on the plates of the world’s poorest and most malnourished populations.
Bioversity International carries out research on a diverse range of underutilized crops, and advocates for their wider use in healthy diets from sustainable food systems. This overview will include examples of how research-for-development efforts on quinoa in the High Andes and minor millets in India have helped bring diverse varieties back to the farm, the market and the plate. She will highlight how these crops are often not just nutrient-rich but also have a high potential to contribute to livelihoods. They are often also highly resilient to today’s production challenges, such as climate change.
In conclusion, M. Ann Tutwiler will outline the urgent need to identify, promote and protect these useful plants which all have the potential to be placed into a diverse basket of Super Foods when it comes to delivering food and nutrition security.
DIVERSIFOOD Final Congress - Session 4 - Poster presentationsdiversifoodproject
Monitoring On-Farm Diversity in the United States
by Cathleen McCluskey, Univ. of Wisconsin-Madison, USA
A modeling approach for on farm crop diversity management
by Abdel Kader Naino Jicka, INRA, France
Management of plant health and crop diversity – a case study
by Stephanie Klaedtke, Univ. de Liège - SEED, Belgium
Conservation and usage of chestnut biodiversity: a case study of partnership research
by Cathy Bouffartigue, INRA, France
Mapping European CSAs’ Practices for Cultivated Biodiversity
by Jocelyn Parot, INRA, France
From Cosmopolitan maize to Identitarian maize: collective management of maize
landraces in France and Italy
by Marianna Fenzi, INRA, France
Governance and organizational models of informal seed systems in Italy
by Riccardo Franciolini, RSR, Italy
The document discusses the importance of crop wild relatives (CWR) for adapting crops to climate change and other threats. It notes that CWR cover half the Earth's land and have provided genes for disease resistance and other traits. However, CWR populations are threatened by climate change and land use changes. The Global Crop Diversity Trust's CWR initiative aims to collect, conserve and use CWR diversity for climate change adaptation. It discusses challenges like identifying useful traits in wild species and removing undesirable linkages when introducing genes into crops. Genomics approaches may help address these challenges by discovering cryptic variation in CWR.
Strength, weaknesses, opportunities and threats, A Presentation By Mr Allah...Mr.Allah Dad Khan
This document analyzes the strengths, weaknesses, opportunities, and threats (SWOT) for mushroom cottage industries. The key strengths are that mushroom farming requires a short production cycle, low financial commitment, and can utilize agricultural waste. Weaknesses include higher costs for financing, packaging, transportation, and lack of technical knowledge. Opportunities exist in declining foreign production, increasing domestic demand, and utilizing mushrooms to address nutritional deficiencies. Threats consist of competition from China, shifts in demand preferences, risks from pests and exceeding market demand without developing new markets.
The document discusses the threat to seed diversity from industrial agriculture and corporate control. It notes that only 150 of 80,000 edible plant species are cultivated, and just eight traded globally, leading to irreversible loss of seed varieties. Industrial agriculture prioritizes high yields but at the cost of biodiversity reduction. As a result, genetic diversity of domesticated plants is being destroyed at an unprecedented rate, threatening the future of seed, farmers, and global food security.
We Manage What We Measure: An Agrobiodiversity Index to Help Deliver SDGsBioversity International
Presentation delivered by M. Ann Tutwiler at the International Agrobiodiversity Congress 2016, held in Delhi, India, 6-9 November.
The presentation outlined a new Agrobiodiversity Index that will enable governments, private sector and other decision-makers to assess and track agrobiodiversity in food systems. Currently there is no consistent way to do this.
Find out more about the India Agrobiodiversity Congress:
http://www.bioversityinternational.org/iac2016/
IAC 2016 gathered 850 delegates from over 40 countries across the world who presented the results and stories of progress of agrobiodiversity research they are involved in.
Agricultural biotechnology and the economics of food security and climate cha...ExternalEvents
Agricultural biotechnology and the economics of food security and climate change mitigation presentation by "Daniel Sumner, University of California Davis, Davis, United States of America
"
This document outlines crop diversity in Ethiopia and strategies for conservation. It discusses that Ethiopia has significant crop diversity as a center of origin for many plants. It notes major crops like coffee, tef, and minor crops. It then explains the importance of conserving crop diversity for food security, environment, and economy. The document outlines in-situ and ex-situ conservation strategies and their benefits and challenges. It emphasizes that crop diversity provides genes for improving crops and meeting human needs.
DIVERSIFOOD Final Congress - Session 7 - Cultivating diverse food systems in ...diversifoodproject
"Cultivating diverse food systems in the shell of the uniform: power relations and transitions to sustainability" Keynote Speech by Phil Howard, Michigan State University, USA. The DIVERSIFOOD Final Congress was held in Rennes on 10-12 December 2018.
Introduction to prebreeding component of CWR project CWR Project
This document summarizes a global initiative to collect, conserve, and utilize crop wild relatives to help adapt agriculture to climate change. It discusses the Global Crop Diversity Trust, which funds conservation of crop diversity collections. It also mentions the Svalbard Global Seed Vault and a 10-year project to collect wild relatives of 26 target crops in developing countries. The document outlines strategies for pre-breeding collected wild relatives with cultivated crops to transfer useful traits, especially drought and heat tolerance, and notes challenges like wildness of traits. It also summarizes an expert survey on priority species and traits for pre-breeding in the context of climate change.
This document outlines a proposed strategy for prioritizing crop wild relatives and other plant taxa of importance for conservation in the United States. It involves: [1] Creating a national inventory of over 3,000 utilized and potentially useful taxa; [2] Taxonomically prioritizing these based on their relationships to major global crops and economic importance; [3] Identifying gaps in ex situ conservation of priority taxa to guide collecting. It seeks input from an expert to refine the priority taxa and ensure coverage of important genepools and underrepresented groups. The goal is a strategic approach to conservation of diversity important for agriculture and food security.
DIVERSIFOOD Final Congress - Session 2 - Underutilizated/forgotten crops: mul...diversifoodproject
"Underutilizated/forgotten crops: multi-actor and on farm evaluation": Keynote by Ambrogio Costanzo, ORC, UK
"Participatory assessment of local and traditional varieties of wheat in South Spain" by Maria Carrascosa, RAS, Spain
"Re-discovering ancient wheat population for organic farming in Hungary" by Dóra Drexler, ÖMKI, Hungary
"Lathyrus sativus and L. cicera germplasm characterization and breeding" by Diego Rubiales, CSIC, Spain
"Antinutritive ingredients in grain legume species for organic fodder" by Gilles Altmann, IBLA, Luxembourg
"Resistance screening of pea against a complex of root pathogens" by Lukas Wille, FiBL, Switzerland
"The Honeycomb Selection Designs in Participatory Breeding trials with cowpea" by Dionysia Fasoula, ARI, Cyprus
"Microbial communities and plant breeding: challenges and perspectives" by Michalis Omirou, ARI, Cyprus
"Chickpea genotypes response on drought and its impact on mycorrhizal symbiosis" by Athanasia-Eleni Kavadia, ARI, Cyprus
"Mobilising still diversity for minor cereals in West of France"
by Estelle Serpolay, ITAB, France
Genetically Modified Crops – A Potential Risk for Sustainable Agriculture.PDFGordana Zdjelar
This document discusses genetically modified crops and their potential risks and impact on sustainable agriculture. It notes that GM crops were developed to expedite crop improvement for food quality and solve problems in commercial agriculture like disease and weed management. However, their introduction has raised debates about environmental and food safety issues. The most common GM crop is herbicide-tolerant soybean, which occupies 50% of the global biotech area. A major problem is the outbreak of glyphosate-resistant weeds caused by overuse of herbicides on GM soybean crops.
Presentation given at the session on 'Seeds of Resilience - Novel strategies for using crop diversity in climate change adaptation' at Tropentag 2016, September 21st, Vienna, by Bioversity International scientist Ronnie Vernooy.
Future impacts of climate change are expected to become more pronounced in many parts of the world, forcing farmers to change their practices and causing them to find crops and varieties better adapted to new weather dynamics. Providing farmers with better access to crop and varietal diversity can strengthen their capacity to adapt to climate change. Under supportive policy and socioeconomic conditions, such strengthened capacity could contribute to greater food availability throughout the year, the production of more nutritious and healthy crops, and income generation. This is easier said than done.
How do we design and implement a comprehensive strategy that will allow farmers to access and use plant genetic diversity more effectively in the context of climate change adaptation? This session responded to this question through an interactive introduction to the challenge of enabling farmers to use climate-adapted germplasm (led by Bioversity International), a practical example from the field to bring new diversity to farmers fields (a case study from Uganda), and a “this is how we support crop diversification for climate change adaptation” exchange among a number of experts from government (development cooperation), private sector and civil society.
Find out more:
http://www.bioversityinternational.org/tropentag2016/
http://www.bioversityinternational.org/e-library/publications/detail/resource-box-for-resilient-seed-systems-handbook/
Plant Genetic Resources for Food and Agriculture: A Commons PerspectiveCIAT
1) Plant genetic resources for food and agriculture (PGRFA) play a pivotal role in global food security as the basis for crop breeding and improvement programs.
2) Several international agreements and efforts aim to optimize the benefits from PGRFA by promoting conservation, sustainable use, and equitable sharing of benefits from use.
3) Key agreements and organizations include the International Treaty on Plant Genetic Resources for Food and Agriculture, the Global Plan of Action, and the Global Crop Diversity Trust, with the Food and Agriculture Organization of the UN playing a central coordinating role.
Where our Food Crops Come from: A new estimation of countries’ interdependenc...CWR Project
Presentation given by CIAT/Colin K. Khoury at the side event "Where our Food Crops Come from: A new estimation of countries’ interdependence in plant genetic resources" at GB6, International Treaty on Plant Genetic Resources for Food and Agriculture, Rome, 7 October 2015
Region Old Fertilizer New Fertilizer 1 147 160 151 162 2 156 1.pdfalaaishaenterprises
Region Old Fertilizer New Fertilizer
1 147 160
151 162
2 156 161
151 151
3 165 159
166 138
4 158 132
149 159
5 139 164
131 164
6 146 168
118 169
7 161 158
164 147
8 143 174
147 157
A biotech firm conducts an experiment to examine potential differences between a new organic
fertilizer and a traditional fertilizer product. A large parcel of land is broken down into regions,
and two trials with each fertilizer are used on plots of land within each region. The corn yield
obtained for each of the plots is shown in the above table.
(a) Perform an appropriate analysis of variance (ANOVA) for the data shown in the table.
Construct an ANOVA table and determine whether there is a significant difference among the
fertilizers. Is there a significant difference among regions? (Assume a significance level of ? =
0.05) Is the interaction effect significant?
(b) Assess the treatment and block means using the t-distribution.
(c) Calculate and interpret the model residuels.
(d)Summarize what has been learned from the experiment.
Solution
Diversity means life; diversity means choice. Unfortunately, around the world the
spaces for the maintenance and creation of (new) diversity are becoming more and more
confined. Biological diversity, in environments increasingly disturbed by human intervention, is
under serious threat. Globalization forces are imposing limits on the ways people shape and
reshape socioeconomic, cultural, and political diversity. At the same time, in many places efforts
are underway to maintain or open up new room for the appreciation, use, and further evolution of
diversity. In 1992, following the United Nations Conference on Environment and Development
(UNCED or the \"Earth Summit\"), staff at Canada\'s International Development Research
Centre (IDRC) developed a program to support these efforts. IDRC\'s biodiversity program was
born to put and keep biodiversity high on the agenda of research and development organizations
in the South, in Canada, and around the globe. In 1997, the biodiversity program evolved into the
Sustainable Use of Biodiversity (SUB) program initiative, retaining its major objectives and
approach: Image to promote the use, maintenance, and enhancement of the knowledge,
innovations, and practices of indigenous and local communities to conserve and sustainably use
biodiversity; Image to develop incentives, methods, and policies that facilitate the development
of strategies for the conservation and enhancement of in situ agricultural and aquatic
biodiversity; and the participation of communities in their design and implementation; and
Image to support the creation of policies and legislation that recognize the rights of indigenous
and local communities to genetic resources and to the equitable sharing of benefits of the use of
these resources. This In_Focus book presents fragments of the arduous biodiversity research
work carried out and ongoing in numerous, often far away and little known places around the
world. The book b.
Banking for the Future: Savings, Security and SeedsSeeds
This document summarizes experiences with community seed banks in 9 countries. It discusses how community seed banks can help promote Farmers' Rights by conserving traditional varieties and knowledge, ensuring seed security, and facilitating seed exchange. Community seed banks are established and run by local communities to store and provide access to genetically diverse seeds adapted to local conditions. They complement formal seed conservation and help maintain crop diversity, though currently reach only a small number of farmers.
Stenocarpella maydis and Fusarium graminearum maize cob rots are two most devastating cob rots in maize which causes yield losses and reduce grain quality as a result of mycotoxins which is produced from this fungus. Developing varieties resistant to cob rots is a practical and economic strategy that provides cheaper protection against yield loss and poor grain quality. There is still low adoption of improved varieties partly because of limited incorporation of farmer preferred standards. Therefore farmers’ preferences and perceptions should be captured early in a breeding program to enhance the adoption of released varieties. A focus group discussion (FGD) participatory approach was used in four districts of Uganda to assess farmers’ perceptions on maize cob rots and to investigate the possibilities of breeding for farmer-preferred cob rot resistant varieties. Semi- structured questionnaires were administered to selected seed merchants to consolidate and verify farmers’ reporting on seed varieties. Results ofinvestigationsuggested that absolute cob rot resistance was associated with undesirable traits such as small seededness, late maturing and low yields. Yield and earliness were the most preferred farmer agronomic traits, with a farmer-preference mean derived score of 4.5 and 3.75 respectively from the total of 5. In this regard, selection for farmer-preferred cob rot resistance varieties should strike a balance between yield and or earliness with cob rot resistance.
Agricultural biodiversity - an essential asset for the success and resilience...Bioversity International
Bioversity International scientist Pablo Eyzaguirre present on family farming and the contribution that family farms make to the conservation and use of agricultural biodiveristy. Family farmers are an important asset to food security - they manage a lot of agricultural biodiversity and they have gendered knowledge of the ecosystems where their farms are embedded.
Find out more about our work on agricultural ecosystems: www.bioversityinternational.org/research-portfolio/agricultural-ecosystems/
This document provides an overview of the history and evolution of vegetable production. It discusses how vegetable production has increased over time due to technological advances like mechanization, fertilizers, pesticides, and cultivar improvements. It defines what constitutes a vegetable and explores the domestication of early vegetable crops in places like the Middle East around 10,000 years ago. The text also examines how the vegetable industry has become more global and consolidated in recent decades but faces challenges around sustainability and food safety.
This document discusses the importance of seed diversity for ensuring resilient and nutritious food production in the face of climate change. It outlines how agricultural biodiversity has declined dramatically due to the loss of traditional seed varieties and knowledge. However, reviving seed diversity through supporting local seed systems, networks, and farmers' rights is key to building climate resilience. The document presents case studies from countries taking innovative approaches to enhancing seed diversity and agriculture through collaboration with small-scale farmers.
The document discusses the work of the International Potato Center (CIP) in developing potato and sweet potato varieties to improve food security and nutrition globally. CIP uses advanced breeding techniques and biotechnology to develop resilient, high-yielding varieties that are resistant to stresses like disease, pests and climate change. A key focus is developing biofortified orange-fleshed sweet potato that is rich in vitamin A to combat malnutrition. CIP maintains a global genebank and works with partners around the world to scale new varieties and best practices, aiming to benefit millions of smallholder farmers and their families in developing countries over the next ten years.
ICARDA is an international agricultural research center focused on improving agricultural productivity and food security in dry areas. It has four main crop improvement projects focused on wheat, barley, and food legumes. The projects develop stress-tolerant and nutritious crop varieties, integrated pest management, and capacity building activities to support national agricultural research systems in the region. ICARDA maintains a large genebank and provides breeding materials, training, and research support to partners worldwide.
ICARDA is an international agricultural research center focused on improving agricultural productivity and food security in dry areas. It has four main crop improvement projects focused on wheat, barley, and food legumes. The projects develop stress-tolerant and nutritious crop varieties, integrated pest management, and capacity building activities to support national agricultural research systems in the region. ICARDA maintains a large genebank and provides breeding materials, training, and research support to partners worldwide.
High yielding and disease resistant chickpea varieties released in EthiopiaTropical Legumes III
Three new chickpea varieties with higher yields, disease resistance, and early maturity were released for production in high-altitude areas of Ethiopia. The varieties were developed through collaboration between ICARDA, EIAR, and ICRISAT. Breeding lines for the varieties came from ICRISAT and ICARDA. The varieties showed improved yields compared to standard and local varieties currently grown in the region. The new varieties are expected to improve food security and incomes for farmers in Ethiopia.
1) Agricultural biodiversity is crucial for nourishing people and sustaining the planet, but challenges have increased in the 21st century, including poor diets, climate change impacts, exceeding environmental boundaries, and loss of biodiversity.
2) Bioversity International's strategy targets these 21st century challenges through research on consumption, production, planting, and safeguarding of biodiversity to achieve better nutrition, resilience, adaptation and conservation.
3) Bioversity International works across five regions and 35 countries, collaborating with various partners to integrate research findings into development programs and policies through strengthening institutions.
This document provides an overview of various topics related to agriculture, including the roles and responsibilities of agronomists, different types of farming and branches of agriculture, organic versus conventional farming, common agricultural machinery, agricultural pests and diseases, important agricultural products like coffee, characteristics of soil, tractor and equipment safety guidelines, and more. It aims to help students understand terminology used in the agricultural field.
Proceedings of the 2014 Summit on Seeds & Breeds for 21st Century AgricultureRAFI-USA
To address both the growing crisis in seed biodiversity and our global capacity to develop diverse seed and breed varieties, RAFI and the Coalition for Seeds and Breeds for 21st Century Agriculture organized the 2014 Summit on Seeds and Breeds for 21st Century Agriculture.
The event, which was held in Washington, DC in March of 2014 brought together plant breeders, experts on the seed industry, farmers, activists and academics representing ten universities, twelve civil society organizations and four seed collections to discuss the state of our global seed supply and develop recommendations for reinvigorating public breeding research and increasing seed availability in the country.
The Proceedings of the 2014 Summit on Seeds & Breeds for 21st Century Agriculture provide a compilation of the summit keynote papers, response papers, presentations and findings, as well as a summary of recommendations collaboratively developed by summit participants during discussion.
The publication includes the summit keynote papers authored by well-known plant breeders and researchers in the plant breeding field including:
• William Tracy, a sweet corn breeder with the University of Wisconsin;
• Major Goodman, a corn breeder and professor of crop science at North Carolina State University;
• Tommy Carter, a research geneticist and professor of crop science at North Carolina State University;
• David Ellis, the head of the Genebank Unit at the International Potato Center in Peru;
• Kathy Jo Wetter, Research Director of ETC Group’s Action Group on Erosion, Technology & Concentration;
• Michael Mazourek, a vegetable breeder and professor of plant breeding at Cornell University; and
• Charles Brummer, Senior V.P. Director of Forage Improvement at the Samuel Roberts Noble Foundation.
Learn more: http://rafiusa.org/publications/seeds/
The Effects of Different Growing Mediums in a Hydroponically Grown Lettuceijtsrd
This document summarizes a study that examined the effects of different growing mediums (rockwool, hydroponic sponge, pool noodles) on hydroponically grown lettuce. The study found that rockwool was the most efficient medium, producing the highest number of leaves and heaviest fresh biomass, while still being water-efficient. Although other mediums like hydroponic sponge and pool noodles showed promise, rockwool was determined to be the best option. This study is significant for hydroponic cultivators and farmers as it helps them choose the most effective growing medium to maximize yields and profits.
Participatory approaches to diversification and intensification of crop produ...Rachel Gilbert
This document summarizes Daniel van Vugt's presentation on participatory approaches to crop diversification and intensification in smallholder farms in Malawi. The presentation discusses research objectives, methods, results, and implications. Key findings include that farmer-ranked technologies like early planting and plant population highly for soybean. Combining inoculants, fertilizer, and compost manure increased soybean yields. Variability in nitrogen fixation, yields, and responses were observed across locations and years. Fertilizer generally enhanced yields for maize, soybean, groundnuts, and sweet potato, but responses varied significantly.
Breeding for Resilience: A Strategy for Organic and Low-Input Farming Systems
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children =
http://scribd.com/doc/239851214 ~
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Double Food Production from your School Garden with Organic Tech =
http://scribd.com/doc/239851079 ~
`
Free School Gardening Art Posters =
http://scribd.com/doc/239851159 ~
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Increase Food Production with Companion Planting in your School Garden =
http://scribd.com/doc/239851159 ~
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Healthy Foods Dramatically Improves Student Academic Success =
http://scribd.com/doc/239851348 ~
`
City Chickens for your Organic School Garden =
http://scribd.com/doc/239850440 ~
`
Simple Square Foot Gardening for Schools - Teacher Guide =
http://scribd.com/doc/239851110 ~
Breeding for Resilience: A Strategy for Organic and Low-Input Farming SystemsSeeds
This document provides an agenda for the EUCARPIA 2nd Conference of the "Organic and Low-Input Agriculture" Section taking place from December 1-3, 2010 in Paris. The conference will focus on breeding strategies for organic and low-input farming systems with an emphasis on approaches that improve resilience to global change. Over 130 participants from 20 countries will attend to discuss topics like utilizing agrobiodiversity, adapting to local conditions, breeding for diverse environments and regional participatory plant breeding through oral presentations and posters. Key invited speakers will address issues such as improving agroecosystem resilience, the benefits of crop diversity for farmland biodiversity, and examples of breeding programs for crops like quinoa, buckwheat
Problems and Progress for Organic Seed ProductionSeeds
This document discusses problems and progress in organic seed production. It begins by defining organic seed at different levels from certified seed produced organically to cultivars bred for organic systems. Implementation of 100% organic seed faced challenges but has made progress through systems allowing limited non-organic seed initially while increasing organic seed availability and quality over time. Data collection on organic seed use is limited but surveys indicate growing use, especially for arable crops, though full targets have yet to be met.
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2. Impact Objective
• Deliver an integrated approach to diversify the genetic base, improve
stress resistance, agronomic management and nutritional/processing
quality of minor cereal crops for human nutrition in Europe
Cultivating variety
Dr Dagmar Janovská talks about the work of the pan-European collaborative five-year project
HealthyMinorCereals, which is aiming to build knowledge and awareness about minor cereal crops
- spelt, rye, oat, einkorn and emmer
How did the
HealthyMinorCereals
project come about?
In 2011, the Biosummit
was held in Prague. This
regular event is focused on policymakers
as well as on farmers and producers in the
organic sector. One of the speakers was
Professor Carlo Leifert from Newcastle
University. During the summit, a friend of
mine and one of the organisers of this event,
Jiri Urban, introduced me to Leifert. We
discussed the importance of minor crops
and we decided to look for opportunities
to develop a European project and submit
a grant application. The possibility of
preparing an application to the European
FP7 programme came in 2012 when the
call for minor cereals was announced. The
core consortium was made from partners
involved in another European project due to
their expertise and suitability for our project.
However, several partners I found through
their publications and activities published on
scientific and institutional webpages. During
this time, two meetings were organised
each time with more partners. Finally, the
consortium was created and the project
application was submitted in February 2013.
We started the project in September 2013.
Could you talk a little about the stage you
are at currently with this work?
The project lasts 60 months, and we
are currently in the fourth year. We have
almost finished the genetic and phenotypic
characterisation of minor cereal species rye,
oats, spelt, einkorn, emmer and their wild
relatives, but all other Work Packages (WP)
are still under progress. The main objectives
for this last period are the evaluation of the
data received from genetic characterisation
and preparation of scientific publications
from these results. There will be a statistical
evaluation of data received from phenotypic
evaluation and preparation of scientific
publications from these results, as well
as evaluation of tolerance/resistance of
genotypes selected from this data. Data
analysis and publishing is currently being
conducted for all relevant WPs. In addition
to scientific publications, we disseminate our
results to a wide audience of researchers,
farmers, cereal processors as well as
consumers via seminars and field days. The
final part of the project is focused on the
demonstration activities where we would like
to show to farmers and producers how to
deal with minor cereals to achieve the best
quality of grains from the field and food from
processing.
Could you talk a little about the collaborative
nature of the project? How valuable is this
to your work?
HealthyMinorCereals is a collaborative
project which means that there are research
institutes, universities and SMEs (breeding
companies, processors and producers)
involved from ten countries from the EU,
Turkey and Switzerland. Each WP is led by
an expert from a different country, which is
important for wider knowledge. However,
strong collaboration among partners
within each WP is essential. Partners in the
consortium are involved not just in one
WP but in several WPs according to their
expertise. The primary partners outside of
the consortium of our project are small
farmers, producers and processors who
are interested in minor cereals or would
like to widen their product portfolio. The
main areas of our research cover genetic
analyses, phenotyping, evaluation of biotic
and abiotic stresses, evaluation of nutritional
content of minor cereals grains, agronomic
management, food processing and market
potential evaluation. Through our project we
would like to remind consumers in Europe
that there are a lot of crops we used to
cultivate and use for our traditional dishes.
Finally, can you share a little about how your
research career has developed to lead you to
coordinate this important initiative?
In 2004, I started working in the Czech Gene
Bank in Prague as Curator of the minor crops
collection, evaluating and maintaining crops
such as common millet, common buckwheat,
sorghum, etc. The work is focused not only
on the evaluation and storing of selected
genotypes in the gene bank, but also on
promoting the cultivation of the cultivation
of these crops and general awareness about
them. As all these crops are cultivated mainly
under the organic regime in the Czech
Republic, my main interactions are with
organic farmers. This led me to my interest
in spelt, emmer, and einkorn which are very
popular in the organic sector in the Czech
Republic.
Improving diversity in cereals
A consortium of scientists across Europe are collaborating on the HealthyMinorCereals project to
rediscover the benefits of more traditional cereal crops to tackle the lack of diversity in currently
cultivated varieties
Our results indicate that the minor cereals investigated
compare favourably to the market-dominating cereals
Agriculture has played an essential role
in the development of the modern world
since its advent approximately 15,000 years
ago. Being able to cultivate plants, animals
and fungi to create a surplus of food is
considered an essential step in the creation
of civilisation. It is unsurprising, therefore,
that it is still as important today.
Yields of crops are at an all-time high
thanks to the use of fertilisers, pesticides
and herbicides. However, this has created
impacts that the world is struggling to
contain. Fertilisers can run-off fields causing
major problems with eutrophication
and overgrowth in waterways and wild
areas. Pesticides are often indiscriminate,
destroying a large portion of local insect
populations which has an impact on animals
that eat them and so on up the food chain.
Repeated use of herbicides may lead to the
occurrence of herbicide-resistant weeds
that can quickly become dominant. One of
the most understated problems, however,
is the lack of diversity amongst plants that
are cultivated. In Europe, the most notable
grains grown are wheat and barley which
dominate the production numbers and have
led to a very small number of cereal crops.
Dr Dagmar Janovská of the Czech Gene
Bank in the Crop Research Institute (CRI)
is leading a collaborative EU-funded project
which is aiming to address this very issue
called HealthyMinorCereals. She points out
that the dominance of these few cereals,
and few varieties of these cereals, has the
potential to cause major problems in the
future. Infection and disease is one such
problem. ‘The lack of genetic diversity means
that a single disease agent could wreak havoc
across the whole continent and prove very
difficult to constrain.’ The second major
threat is the changing climate of the future.
The appropriate climate and weather systems
are essential to agricultural success and good
crop yields. ‘Climate change is bringing more
erratic weather that will require a certain level
of adaptability and survivability from the
plants being cultivated,’ Janovská observes.
The work of the consortium is re-examining
cereals that were extensively grown across
Europe in the past, before wheat and barley
dominated.
HealthyMinorCereals is a five year project
that was kicked off in September 2013. It is
ambitious in scope and scale. The project
aims to conduct a broad analysis of cereal
varieties – such as einkorn, rye, spelt, emmer
and oat. This includes looking at genetics,
survivability in the field under different
conditions, downstream processing of the
mature grain, nutritional analysis and the
marketing of the grain. Janovská says that
crop diversity might limit the spreading
of pests and diseases without using high
chemical inputs. ‘However, for this, the
evaluation, exploitation, and development of
these minor cereals will be a key.’
CEREAL CHARACTERISATION
The work encompasses 16 major partners
across academia and industry based in
10 European countries. This breadth of
resources means there is a wide-range
of expertise and facilities available to the
project. These resources have allowed
HealthyMinorCereals to characterise more
than 800 genotypes of minor cereals – both
domestic and wild – available from seed
banks. ‘This step provides a wealth of data
on the genetics of cereal crops which has
proved invaluable for the project and will
also be important in future work,’ observes
Janovská. In addition to genotype, the team
has also characterised the phenotypes of
these species under different conditions.
From these analyses, 200 genotypes were
selected and tested for their tolerance
to both biotic and abiotic stressors, e.g.
infection and drought conditions. ‘This
characterising process is invaluable in
identifying tolerant and hardy strains.
Genotyping and phenotyping provides the
scientific foundations for the future use of
minor cereals in agriculture and the basis
from which to conduct a wide variety of
experiments.’
3. In order to accurately phenotype the cereals
by testing them under different conditions,
the researchers have planted crops in five
locations across Europe. This process
has been aided by farmers who are also
stakeholders in the project along with millers
and other processors. Multiple statistical
analyses have been used to process this
fieldwork and it has proved essential to
the successful progress of the project.
However, this work in the field has also
provided the team with one of their few
major setbacks, as Janovská explains: ‘The
biggest problem we have faced is the really
harsh winters in Estonia. Estonia is one of
the European countries where rye is still the
traditional crop, grown mainly for bread, and
where a breeding programme still exists.
Unfortunately, from the beginning of the
project, the winters have been unpleasant
and caused not over-wintering the selected
genotypes of rye.’ Despite this, she says,
the testing of different cereals is essential in
educating farmers in how to grow them and
demonstrating that they can be done so at
a profitable level, which is a key objective of
HealthyMinorCereals.
EXPANDING THE MARKET
FOR MINOR CEREALS
The minor cereals investigated through
this project had previously been grown for
years up until the end of the World War II.
However, accurate nutritional analyses of
food have only been developed in the second
half of the 20th century. This means that,
for many of the cereals, little is known as
to how they compare nutritionally to wheat
and barley. The researchers have worked to
characterise the nutritional value of these
cereals. ‘Our results indicate that the minor
cereals investigated compare favourably to
the market-dominating cereals’, Janovská
says. This information will be essential in
working with consumers and farms to switch
to other forms of cereal. She describes the
impact of this nutritional work: ‘We would
like to make farmers and consumers in
Europe aware that there are other cereal
species available, with a long tradition of
cultivation and premium nutritional quality,
which can be an alternative to major cereals’.
Allied to the nutritional value of the cereals
is the investigation conducted by the
consortium into the downstream processing
of grains. How cereals are milled and ground
is crucial for their nutritional value by the
time they reach the consumer. Additionally,
the level of processing required will directly
affect how costly the grain is to produce.
Minor cereals need to be competitive in both
of these aspects to be embraced by farmers,
millers and consumers. ‘We are working
closely with millers and other processors
to figure out the best way to process these
cereals. At this relatively early stage, the
results compare well to those of the major
cereals,’ notes Janovská.
A final aspect of the project that is vital to
the long-term aims of HealthyMinorCereals
is the investigation into how best to market
minor cereals to the various stakeholders.
Part of this work has been based on the
information on growth, resistance, nutritional
value and processing generated by the
scientific branch of the project. However, a
significant part of the marketing research has
focused on how best to package the products
across Europe, especially when taking into
account regional differences and preferences
in diet and lifestyle.
The work is now entering its final year;
however, Janovská is already keen to build
on the successful outcomes. All of their
results will be the subject of the final
recommendations for farmers, processors,
producers and for consumers. ‘The success
I see is in the obvious potential of minor
cereals and the people I have around within
consortium. Together we can show how
minor cereals might be beneficial for all of us.’
Project Insights
FUNDING
This project has received funding from
the European Union’s Seventh Framework
Programme under grant agreement
number 613609
PARTNERS
Crop Research Institute (Czech Republic) •
Estonian Crop Research Institute (Estonia)
• Volakakis Nikolaos (Greece) • Gilchesters
Organics Ltd (UK) • Grupa BGK Spolka
z.o.o (Poland) • Getreidezüchtung Peter
Kunz (Switzerland) • Hungarian Research
Institute of Organic Agriculture (Hungary)
• Institute for Food and Environmental
Research e.V. (Germany) • PRO-BIO
Trading Company Ltd (Czech Republic) •
Research Institute of Organic Agriculture
(Switzerland) • Sabanci University, Faculty
of Engineering and Natural Sciences
(Turkey) • Selgen a.s. (Czech Republic)
• Stolzenberger’s Bakery (Germany) •
University of Kassel, Section of Organic
Breeding and Agro-Biodiversity (Germany)
• University of Natural Resources and
Life Sciences (Austria) • University of
Newcastle upon Tyne (UK)
CONTACT
Dagmar Janovská
Project Coordinator
T: +420 233022406
E: janovska@vurv.cz
W: http://healthyminorcereals.eu/
Martina Eiseltová
Dissemination Manager
T: +420 233022295
E: eiseltova@vurv.cz
SCIENTIFIC COORDINATOR BIO
Dr Dagmar Janovská works as Curator of
minor crops collection in the Czech Gene
Bank in Crop Research Institute (CRI)
in Prague, Czech Republic. She is the
coordinator of the HealthyMinorCereals
project. Janovská has previously
participated in other European projects
and has experience in coordinating several
national R&D projects dealing with minor
crops. Her research is mainly focused on
evaluation and selection of minor crops
suitable for improving human nutrition,
and assessment of their potential for
organic farming. Janovská is a vice-head
of the Czech Technological Platform for
Organic Agriculture, which is dedicated
to the transfer of scientific knowledge and
results to farmers as well as processors.
The HealthyMinorCereals project consortium
collaborate during a field visit