Thesis Precision Agriculture Xbee

Thesis Precision Agriculture Xbee-73
The research was done in the laboratory using a container with 15120 g of soil with a mass of 18007 g.A potential relationship was found between soil volumetric moisture and sensor values in the evaluated soil.The Arduino is Used in Different Fields of Agriculture.

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Gravimetric analyzes of soil samples show a correlation of R2 = 0.9094.

An Arduino UNO board of free programming, a sensor of humidity Fc-28, a reader of SD and a battery was used.

Precision Agriculture for Development is transforming agricultural extension in developing countries using the latest available technologies and research methods.

PAD works with partners to build, scale, and improve mobile phone-based agricultural extension with the goal of increasing productivity and income of 3 billions smallholder farmers and their families around the world.

Reason why our country should emphasize this application of this low-cost and easy-to-apply technology to raise the productivity of agricultural activities that are so lacking in the current era.

Faced with this situation, the automation of small and large scale agriculture is of colossal importance, since applying mechatronic technologies to agriculture would help detonate productivity in the Mexican agriculture, an important role in this situation is of the Arduino board, for its versatility and its low cost, from the review of literature made highlights the amount of research work and design proposals for systems based on the Arduino board with application in Indian agriculture, over the other countries in which it is used.

The main objective is to achieve a considerable decrease in the use of water, and in turn generate labor savings.

Likewise, the irrigation system can be adapted to different types of terrain, even to wavy typefaces, which do not require leveling.

2 Literature Review In Table 1 shows the results of the search for the use of the arduino board in world agriculture.

3 The Arduino Board in Mexican Agriculture Negrete (2016) Review the status of the automation in Mexican greenhouses and perspectives for the future and also suggests the use of mechatronics to automate and increase the productivity of agriculture, animal production and beekeeping (Negrete, 2015; 2017a; 2017b; 2017c).

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    Agricultural producers have increasingly adopted precision agriculture PA technologies over the past two decades. Agriculture Risk Management Survey ARMS data collected and analyzed by USDA Schimmelpfennig showed substantial adoption of various PA technologies, including yield monitoring and mapping, soil sampling and mapping, guidance systems, and variable rate technologies.…

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    Today, through the monitoring of agronomic variables, the wireless sensor networks are playing an increasingly important role in precision agriculture. Among the emerging technologies used to develop prototypes related to wireless sensor network, we find the Arduino platform and XBee radio modules from the DIGI Company.…

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    Or together does not constitute precision agriculture. 1.3. Philosophy Precision agriculture is the ability to manage land by the square meter instead of the square mile. Precision agriculture is changing the farmers and rancher's relationship with the land. "Through the ages agriculture production systems have benefited…

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    Smart Agriculture The Smart Agriculture models allow to monitor multiple environmental parameters involving a wide range of applications. It has been provided with sensors for air and soil temperature and humidity Sensirion, solar visible radiation, wind speed and direction, rainfall, atmospheric pressure, etc.…

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    The XBee ecosystem with Verizon, the world’s largest cellular network. This powerful combination enables OEMs to quickly integrate cutting edge 4G cellular technology into their devices and applications without dealing with the painful, time-consuming, expensive FCC and carrier end-device certifications. A bundled data plan will be available as an…

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