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Internal Design Of A Hydroponics Greenhouse For Tri Cycle Farms, Sarah Gould
Internal Design Of A Hydroponics Greenhouse For Tri Cycle Farms, Sarah Gould
Biological and Agricultural Engineering Undergraduate Honors Theses
Hydroponics is the agricultural technique of growing plants without soil, using other growing media and added nutrients in a solvent. It is an attractive agricultural method over conventional agriculture because it is more water efficient, is less labor intensive, yields higher quality crops in less time, and is easier to control. According to the Digital Journal, “hydroponics crop value is anticipated to grow to USD 27.29 Billion by 2022 at an estimated CAGR of 6.39% from 2015 to 2020” (Sawant, 2016). Alongside this growing market acceptance for hydroponics, there is also a local demand that requires only a small transportation …
Using Energy-Efficient Technologies To Produce Bedding Plants And Microgreens In Protected And Controlled Environments, Joshua R. Gerovac
Using Energy-Efficient Technologies To Produce Bedding Plants And Microgreens In Protected And Controlled Environments, Joshua R. Gerovac
Open Access Theses
Gerovac, Joshua R. M.S., Purdue University, December 2014. Using Energy-Efficient Technologies to Produce Bedding Plants and Microgreens in Protected and Controlled Environments. Major Professor: Roberto G. Lopez. Production of bedding plants in commercial greenhouses (GHs) located in northern latitudes begins in late winter and continues through late spring when low outdoor temperatures generally necessitate active heating to maintain temperatures suitable for growth and development. Meanwhile, year-round production of microgreens using multi-layer systems requires sole-source (SS) photosynthetic lighting for production. Energy used to provide active heating in commercial GHs or SS lighting in multi-layer systems is second only to labor as …
Formulación De Un Programa De Uso Eficiente Y Ahorro Del Agua Dentro De Un Cultivo De Plantas Ornamentales En El Municipio De San Antonio Del Tequendama - Cundinamarca, Iván Camilo Mahecha Martínez, Hugo Esteban Morales Vargas
Formulación De Un Programa De Uso Eficiente Y Ahorro Del Agua Dentro De Un Cultivo De Plantas Ornamentales En El Municipio De San Antonio Del Tequendama - Cundinamarca, Iván Camilo Mahecha Martínez, Hugo Esteban Morales Vargas
Ingeniería Ambiental y Sanitaria
El agua es el recurso natural más importante para el desarrollo de cualquier organismo vivo, por lo tanto es de vital importancia para el desarrollo general de cualquier población, pero es un recurso no renovable, podemos decir que el agua es una sustancia cuyas moléculas están formadas por la combinación de un átomo de oxígeno y dos de hidrógeno, líquida, inodora, insípida e incolora. Es el componente más abundante de la superficie terrestre y, más o menos puro, forma la lluvia, las fuentes, los ríos y los mares; es parte constituyente de todos los organismos vivos y aparece en compuestos …
Development Of An Environmental Monitoring System For Greenhouse Disease Management, Crystal Marie Kelly
Development Of An Environmental Monitoring System For Greenhouse Disease Management, Crystal Marie Kelly
Masters Theses
A commercial African violet (Saintpaulia ionantha) grower experiences yield loss due to a leaf spot disease known as Corynespora casssiicola. Spotted leaves make the plants unmarketable. Outbreaks of the disease are costly and difficult to prevent. Greenhouse monitoring systems currently available on the commercial market do not have sufficient spatial or temporal resolution to be able to correlate the environmental conditions of the greenhouse with disease outbreaks. A new system was designed specifically to monitor for disease favorable conditions. The system developed for this project consists of several sensor stations and a coordinator station. The coordinator station …