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Sarmīte Strautiņa

DI
Structural unit
Unit of Genetics and Breeding
Position
Leading researcher
Degree
Dr. biol.
Activity directions

•    Raspberry and black currant breeding.
•    Raspberry and berry cultivar testing.
•    Research on raspberry and berry cultivation technologies.
•    The genetic resource assessment and description of berry cultures, collection creation and maintenance.
•    Lilac cultivar testing.

Major accomplishments

Major publications (5):

Strautina S., 1991. Evaluation of raspberry breeding material for Latvia.- Doctor’s thesis, Samohvalovitschi, -20 p. (in Russian)

Publications
Scopus (All translations)
https://www.scopus.com/authid/detail.uri?authorId=35305898300
Participation in projects
Integrated system for interactive public garden development in Baltic Sea Region (Interactive Gardens)
Horticultural plant breeding program for the development of breeding material to promote the introduction of conventional, integrated and organic growing technologies, 2025
Suitability of currantand gooseberry cultivars to different growing technologies
Development of Non-Technological and Technological Innovation in Fruit Growing and Processing in the Countries of the Baltic Sea Region "(InnoFruit)
Pētnieciskie un tehnoloģiskie risinājumi ilgtspējīgai smiltserksku audzēšanai un pilnvērtīgai izmantošanai
Innovative, economically substantiated solutions to improve the efficiency of apple and raspberry production and fruit quality
Evaluation of apple and raspberry breeding material for the introduction of integrated growing technologies of agricultural crops
Examination of perspective berry cultivars for integrated cultivation in different climatic regions of Latvia, as well as development and improvement of cultivation technologies
Agricultural Interoperability and Analysis System (ATLAS)
Smart non-invasive phenotyping of raspberries and Japanese quinces using machine learning, hyperspectral and 3D imaging
Horticultural plant breeding program for the development of breeding material to promote the introduction of conventional, integrated and organic growing technologies, 2024
Production of biodegradable polymers from renewable resources for the development of edible coatings and packaging materials for fruits