ABOUT US

Lentil is an important crop for the Canadian economy, and has been well recognized for its nutritional values and its potential to serve as part of the solution in combating global food insecurity issues. For this reason the project purpose is to study in deep the genetic potential of lentils and develop new tools to improve the agility of the breeding program and breeders to use germplasm in their crosses and incorporate desirable traits with greater precision.

Period of Implementation

Oct 1, 2015 - Sep 30, 2019
Total Budget

USD 220,500.00

OUR IMPACT

Goals

To allow breeders to thoroughly understand the genetic potential of lentil and its wild species gene pool, and strategically deploy the information in the Canadian lentil breeding program. This will continue improving an environmentally sustainable agriculture, expanded opportunity for value-added processing and a consequent contribution in combating global food insecurity issues.

Objectives

Increase productivity and quality of Canadian lentils by widening the genetic base of the breeding program through effective use of un-adapted lentil germplasm and crop wild relatives. The tools developed will improve the agility of the breeding program by enabling breeders to make strategic use of a broader array of germplasm in their crosses, and by incorporating desirable traits into the breeding program more rapidly and with greater precision.

Problems and Needs Analysis

Lentil is an important food crop for the Canadian agricultural economy. Even if many improvements have been done in the past years, there are still opportunities to advance and upgrade. Especially research in lentil germplasm and crop wild relatives can be a relevant factor in an effective and sustainable development of crop production. This will be also possible thanks to the betterment of specific tools and database to support breeders and breeding program studies.

Intervention Strategy(ies)

The Pulse Research Group at the University of Saskatchewan has the largest lentil, pea, and chickpea breeding programs in North America. It is a major research centre for legume genetic research and breeding. The Pulse Research Group has research partners both nationally and internationally (e.g. ICARDA, UC Davis, Washington State University, USDA-ARS). These institutions together with national pulse research programs in Morocco, Turkey, Bangladesh, Nepal and Spain will participate in this project. Their knowledge and local experience will be key to the success of our international field trials. The research plan will be structured as follow: 1) Sequencing cultivated and wild lentil germplasm; 2) Phenotyping cultivated and wild lentil germplasm in the three main lentil production macro environments; 3) Proof-of-concept: markers for use in lentil breeding; 4) In-depth analysis of beneficial traits: candidate gene identification and refinement of markers for light responses and nitrogen fixation traits; 5) Breeders Toolbox ( tools for interconnecting data and database integration).

Impact Pathway

The growth of the Canadian lentil industry has been an economic success. From zero in 1970, Canada became the world's largest lentil exporter in 2006 and the world's largest producer in 2008. But opportunity to advance and upgrade are still available. For this reason the projects aims research outcomes are oriented to an improvement of lentils germplasm evaluation with a consequent empowerment of database and integrated tools. Along this, ICARDA will mainly support genetic research in three main environment such as Morocco, Bangladesh and India. This possibilities of different agro-environment, will ensure more variability and broader data availability. From this cooperation with Canadian institutions, will be possible to strengthen the growing lentil sector and better evaluate new production opportunities.

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RESOURCES

Understanding photothermal interactions will help expand production range and increase genetic diversity of lentil (Lens culinaris Medik.)

Author(s): Derek M. Wright | Sandesh Neupane | Sandesh Neupane | Taryn Heidecker | Teketel A. Haile | Crystal Chan | Clarice J Coyne | Rebecca McGee | Sripada M. Udupa | Fatima Henkrar | Eleonora Barilli | Diego Rubiales Olmedo | Tania Gioia | Giuseppina Logozzo | Stefania Marzario | Reena Mehra | Ashutosh Sarker | Rajeev Dhakal | Babul Anwar | Debashish Sarkar | Albert Vandenberg | Kiristin Bett

Date: 2020-10-15 | Type: Journal Article

Molecular variance and population structure of lentil (Lens culinaris Medik.) landraces from Mediterranean countries as revealed by simple sequence repeat DNA markers: implications for conservation and use

Author(s): Angela R. Piergiovanni | Faruk Toklu | Chafika Houasli | Sripada M. Udupa | Ellen De Keyser | Patrick Van Damme | Jan De Riek | Omar Idrissi

Date: 2017-10-12 | Type: Journal Article

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