Policy Indications: How Materials Science Helps Contain Contain Covid-19 Spread  |  National Edu News: IIT Hyderabad and PharmCADD signed a pact for the co-development of new drugs   |  Teacher Insights: Be Game  |  Health Monitor: Understanding ‘Haemorrhage'  |  National Edu News: Pallikkutam GlobalConnect#3 on 'Innovative Tools for Effective Teaching'  |  Expert Counsel: The Nine Dash Line  |  National Edu News: Astronomers Find One Group of Appearing and Disappearing Stars  |  Teacher Insights: Bird Book for Children to Love Nature  |  International Edu News: New Model to Fight Social Media Deep Fakes  |  Teacher Insights: Universal Lunch Makes Students Healthier  |  Teacher Insights: Physical Activity Boosts Self Regulation  |  Parent Interventions: Anti-Inflammatory Foods Reduce Blood Fats  |  Parent Interventions: New Technique to Treat ADHD  |  Parent Interventions: Reduce Lab Tests in NICU Patients  |  Parent Interventions: Switch Off  |  
July 06, 2019 Saturday 01:48:22 PM IST

Rice Crop to Become Nutrient Deficient On Rising C02 Levels

Health Monitor

Recent research has shown that rice grown under carbon dioxide levels that could be reached as soon as 2050 could lose 17 to 30 percent of its B vitamin content. A new study from Harvard T.H. Chan School of Public Health now estimates that this trend could put tens of millions of people at new risk of deficiencies in major B vitamins including thiamin, riboflavin, and folate.
According to the study, Africa and Asia would be most affected, as they are regions that are heavily reliant on rice for nutrition.
On average, rising carbon dioxide levels could lead to an additional 132 million people with folate deficiency, 67 million more with thiamin deficiency, and 40 million more with riboflavin deficiency. Quantifying one small portion of the health burden related to these changes, the study estimated that folate deficiency among mothers could lead to a 0.5 percent increase in neural tube birth defects, which translates roughly to an additional 27,900 life-years lost annually and 260 more deaths every year.
Because elevated CO2 concentrations are likely to reduce B vitamins in other crops beyond rice, the new findings likely underestimate the negative global health impacts, the authors wrote.
The study was published June 20, 2019 in GeoHealth. Co-authors included Samuel Myers, principal research scientist, planetary health, and research associate Matthew Smith.
Courtesy: Harvard Gazette
https://news.harvard.edu/gazette/story/newsplus/co2-driven-nutrient-loss-in-rice-could-lead-to-vast-vitamin-b-deficiencies/



Comments