Luvina Madrid

Educational Background

M.Sc CROP SCIENCE
CENTRAL LUZON STATE UNIVERSITY 2018

B.Sc BIOLOGY
FAR EASTERN UNIVERSITY 2000

Profile

Ms. Madrid has always been fascinated by science. She is coming from a long lineage of rice farmers in Central Luzon, Philippines. She worked at Philippine Rice Research Institute where she helped develop new rice lines through anther culture. She was also involved in heat-tolerance breeding in rice using marker-assisted selection. She was part of the team that developed the first heat-tolerant rice variety in the Philippines. Currently, Ms. Madrid is pursuing her Ph.D. in Crop Science in the Department of Plant and Environmental Sciences at Clemson University. Her Ph.D. research focuses on cover crop inter-seeding in organic corn production systems.

Publications

NL MANIGBAS, LB MADRID, FB ENRIQUEZ, NV DESAMERO. Development of NSIC Rc 600 and NSIC Rc 602, the First High Temperature-Tolerant Rice Varieties in the Philippines. April 2022. Philippine Journal of Crop Science 47 (1):13-21

LB MADRID, RT TAPIC, NL MANIGBAS. Genotype by Environment Interaction in Rice under
High Temperature Stress Condition in Cagayan. 2021. National Academy of Science and Technology Philippines Journal

NL MANIGBAS, LB MADRID, JL GROSPE, LV GUITTAP, FB ENRIQUEZ. Rice improvement for
High Temperature Tolerance in the Philippines. August 2021. Rice-Based Biosystems Journal.

NL MANIGBAS, LB MADRID. Long Dark Period Treatment on Rice: Implication on Rapid
Generation Advance in Variety Development. August 2021. Rice-Based Biosystems Journal.

NL MANIGBAS, LB MADRID, AT BADAJOS. Adaptability of Korean Cultivars and Its Potential as
Genetic Donor for Rice Breeding in the Philippines. April 2019. Philippine Journal of Crop Science 44 (1):1-9

NL MANIGBAS, JL GROSPE, LB MADRID. Meta-Comparison of Associated Agronomic Traits
and QTLs with High-Temperature Tolerance in Rice (Oryza sativa L.). March 2018. Philippine
Agricultural Scientist 101(1):7-19

NL MANIGBAS, LB MADRID, JL GROSPE, YC CHO. Development of New High-Temperature
Tolerant Rice Genotypes through Conventional Breeding and Marker-assisted Selection in the
Philippines. September 2017. Rice-Based Biosystems. 3:11-24

NL MANIGBAS, LAF LAMBIO, LB MADRID, CC CARDENAS. Germplasm Innovation of Heat
Tolerance in Rice for Irrigated Lowland Conditions in the Philippines. May 2014. Rice Science 21(3):162–169. DOI 10.1016/S1672-6308(13)60180-8