19
Sep
Optimizing Saffron Growth with Balanced Spectrum LED Grow Lights
Saffron, renowned for its vivid color and distinctive flavor, stands as one of the most valuable spices worldwide. In addition to its culinary appeal, saffron boasts significant medicinal benefits, including anti-depression, anti-cancer, and anti-tumor properties. For stakeholders in the culinary and medicinal fields, maximizing saffron production is crucial.
04
Sep
Indoor Gardening With Artificial Lights
Introduction: Artificial lighting has revolutionized indoor gardening by providing a reliable and controllable environment for plants to thrive. Unlike traditional outdoor gardening, which depends on natural sunlight, indoor gardeners can now simulate ideal growing conditions year-round. This technology enables enthusiasts to cultivate a variety of plants, from vibrant herbs and leafy greens to exotic flowers […]
04
Sep
How to Use Grow Lights for Indoor Plants
Introduction: LED is short for light emitting diode. Electric current passing through semi-conductor diodes the “die” glows a colour depending on its chemical components. The die sits in a reflective cup to direct the light outward through an epoxy lens. An LED grow light consists of many diode emitters, a heat sink to pull heat […]
04
Sep
Artificial Lighting For Bonsai Growth
BONSAI : The word bonsai comes from the Japanese ‘bon’ meaning pan, and ‘sai’, a plant. It is the art of dwarfing and shaping trees or shrubs, growing them in small shallow pots or trays so that they remain miniature replicas of their natural counterparts in the wild. Bonsai is true miniaturization of natural real trees, […]
12
Aug
Accelerating Cotton Breeding through Speed Breeding Techniques
Introduction: Cotton is an essential crop worldwide, used as a raw material for the textile industry and other products. However, cotton’s productivity is affected by various biotic and abiotic stresses, such as insect pests, diseases, drought and high temperatures. Breeding programs have played a vital role in enhancing cotton productivity and quality. Speed Breeding is […]
05
Aug
Optimizing CEA Conditions For Specific Medicinal Plants
Abstract : Controlled environment agriculture (CEA) production of medicinal plants is a proposed way to increase the availability of standardised, phytochemically uniform or enhanced raw materials for plant-based medicines. This thesis explored the status of medicinal plants within this modern era of agriculture, and investigated the production of valued medicinal plants. Medicinal plants are valued […]
05
Aug
Scalability and Cost-Effectiveness of Controlled Environment Agriculture (CEA) for Cultivating Medicinal Plants
Abstract: Controlled Environment Agriculture (CEA) has emerged as a significant technological advancement in the cultivation of medicinal plants, offering potential benefits in scalability and cost-effectiveness. This article explores the feasibility of CEA systems for growing medicinal plants, analysing factors such as system scalability, economic viability, and comparative advantages over traditional cultivation methods. Through a review […]
05
Aug
Seed Production Protocols for High-Value Crops Under Artificial Lights: Optimizing Yield and Quality
Abstract: Seed production for high-value crops, such as medicinal herbs, specialty vegetables, and exotic fruits, is critical for ensuring consistent quality and supply. With the advent of Controlled Environment Agriculture (CEA) and the increasing use of artificial lighting systems, there is an opportunity to refine seed production protocols to maximize yield and quality. This article […]
05
Aug
SUSTAINABLE GROW LIGHT SOLUTION
Abstract : The purpose of this research is to build artificial grow light using LED for growing leafy vegetables from germination to harvesting (vegetative growth). Plants need to capture photons as energy for photosynthesis in 400nm – 780nm spectrum. Different plant species will respond differently to specific light spectrum. Many studies have been done to […]
02
Jul
Speed Breeding for Crop Improvement
In conventional plant breeding, after making crosses between desired parents, selection and screening for the desired traits along with generation advancement of the selected material is time consuming and thus 8-10 years are required for development of new variety. This slow improvement rate is attributed partly to the long generation times of crop plants. To […]
