Tag: Food & Ag-Science Innovations
![Three different crops growing on a farm](https://tci.cornell.edu/wp-content/uploads/2022/01/Mustard-Field_Shutterstock_ABIR-ROY-BARMAN-150x150.jpg)
The Who and Where of Farm-Level Crop Diversity in Bihar
What types of households have more diverse farms, and why does it matter? Spatial crop diversity — growing more than one crop in a field or on a farm simultaneously — has been associated with higher levels of biodiversity, soil…
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Soil Health, a Basis for Human Health: A Study on the Interlinkages between Agronomic Factors and Human Nutritional Wellbeing in Jharkand, India
Abstract The resources that shape our environment, including soils, play an immense role in determining our health. Yet, not much attention has been given to the study of the soil–human health nexus. In this dissertation, we address this research deficiency by conducting a cross sectional...
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Developing Microalgae-Based Fortified Wheat Flour to Address Iron Malnutrition in India
Abstract Iron deficiency anemia affects 1.2 billion people worldwide. Current iron fortificants either suffer from poor bioavailability or negatively affect the sensory profile of foods. In this project, we investigated the potential of defatted microalgae Nannochloropsis oceanica (DGM), a by-product of the biofuel industry, as...
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Building Evidence for Nutrition-Sensitive Agriculture: The Experience of Introducing Orange-Flesh Sweet Potato in India
Abstract Background and Objectives Despite global progress on reducing malnutrition, micronutrient-inadequate diets still contribute to a large public health burden in many underdeveloped regions. These deficiencies are a product of both lack of sufficient affordable diverse foods in local food systems, as well as lack...
![Greg Traxler](https://tci.cornell.edu/wp-content/uploads/2021/10/Greg-Traxler_square-150x150.jpg)
Greg Traxler
Greg Traxler is a TCI fellow working on the Feed the Future Innovation Lab for Crop Improvement as a member of the institutional capacity research team. He is an economist with expertise in the areas of agricultural science and technology…
![Fatma Rekik](https://tci.cornell.edu/wp-content/uploads/2021/09/Fatma_Rekik-150x150.jpg)
TCI Alumna Wins Soil Science Award
Fatma Rekik, an alumna of the Tata-Cornell Institute for Agriculture and Nutrition (TCI), is the recipient of the 2021 Truog Soil Science Outstanding Dissertation Award. Presented by the Soil Science Society of America (SSSA), the award recognizes a recent PhD…
![Two men plowing a field](https://tci.cornell.edu/wp-content/uploads/2021/08/Soil_shutterstock_Talukdar_David-150x150.jpg)
2020-21 Annual Report: Improving Farm Yields through Comprehensive Soil Health
Soil degradation, resulting from poor land management practices such as the overuse of fertilizers, can worsen farm productivity. Yet, across India, efforts to improve soil quality have focused almost exclusively on chemical properties, ignoring the physical and biological processes that make soils dynamic and complex living systems.
![Bindvi Arora standing behind an extruder machine](https://tci.cornell.edu/wp-content/uploads/2021/06/Extruder-2-by-Dan-Verderosa-150x150.jpg)
2020-21 Annual Report: Improving Nutrition During Weaning
Ensuring good nutrition during weaning can help set a child on the path of good health and development. Yet, when it comes time to wean babies from breast milk or formula, many parents reach for puffed cereal snacks that, while convenient, offer little nutritional benefit at a time when children’s protein requirement is at its peak.
![microalgae seen from under a microscope](https://tci.cornell.edu/wp-content/uploads/2021/03/Green-Microalgae-cropped-2.jpg)
2020-21 Annual Report: Using Microalgae to Address Iron Deficiency
TCI is exploring an innovative approach to curbing iron deficiency by fortifying wheat flour using a byproduct of the biofuel industry. Widely consumed and available through India’s Public Distribution System, wheat flour is an ideal vehicle for fortification.
![Children sitting and eating sweet potatoes](https://tci.cornell.edu/wp-content/uploads/2021/08/kidstryingofsp4-150x150.jpg)
2020-21 Annual Report: Curbing Vitamin A Deficiency through Biofortification
Orange-fleshed sweet potato has shown great promise toward reducing vitamin A insufficiency in the diet when introduced to rural communities in developing regions, as an easy-to-cultivate crop and a tasty, affordable, healthy food. Although it has been successfully introduced in East Africa, where white-fleshed varieties of sweet potato are regularly consumed, Indian consumers have little to no experience with the tubers.