International Journal of Advanced Networking and Applications

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Autonomous Urban Garden


Affiliations
1 High school, College of the Macuspana Valley, Mexico
2 Department of Computer Systems, Superior Technological Institute of Macuspana, Mexico
3 Department of Systems and Computation, Technological Institute of Villahermosa, Mexico
 

Nowadays there are serious global problems, among them, the bad air quality in urban zones stands out, and also the lack of healthy food to guarantee quality feeding. According with some information of the United Nations Organization for agriculture and feeding, the global population is expected to increase to reach 8300 millions, and for that reason objectives for the sustainable development were fixed in the 2030 Agenda.

In Mexico, the 2013-2018 Development Plan in the goal National IV Mexico Prospero is looking to guarantee the security in feeding, that is why an opportunity area has been identified in which we can setinnovations and new technology.

The main objective of this project was to develop an Autonomous Urban Garden, which allows to plant and care for different daily consumption foods on the roofs or roofs of houses or buildings through the Arduino platform and various sensors (soil moisture, rain, humidity and temperature), they can convert a large part of the carbon dioxide into oxygen, they will provide food to a family, ensuring that they are consumable since they themselves would be in charge of planting and harvesting.


Keywords

Arduino, Autonomous, Garden, Sensors.
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  • Autonomous Urban Garden

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Authors

Francisco Ángel Luna Hernández
High school, College of the Macuspana Valley, Mexico
Mayra Hernández Oramas
Department of Computer Systems, Superior Technological Institute of Macuspana, Mexico
Victor Manuel Arias Peregrino
Department of Systems and Computation, Technological Institute of Villahermosa, Mexico

Abstract


Nowadays there are serious global problems, among them, the bad air quality in urban zones stands out, and also the lack of healthy food to guarantee quality feeding. According with some information of the United Nations Organization for agriculture and feeding, the global population is expected to increase to reach 8300 millions, and for that reason objectives for the sustainable development were fixed in the 2030 Agenda.

In Mexico, the 2013-2018 Development Plan in the goal National IV Mexico Prospero is looking to guarantee the security in feeding, that is why an opportunity area has been identified in which we can setinnovations and new technology.

The main objective of this project was to develop an Autonomous Urban Garden, which allows to plant and care for different daily consumption foods on the roofs or roofs of houses or buildings through the Arduino platform and various sensors (soil moisture, rain, humidity and temperature), they can convert a large part of the carbon dioxide into oxygen, they will provide food to a family, ensuring that they are consumable since they themselves would be in charge of planting and harvesting.


Keywords


Arduino, Autonomous, Garden, Sensors.