MONITORING OF MIMOSA PUDICA PLANT BEHAVIOR TOWARD THE EFFECT OF TOTAL SOLAR ECLIPSE BASED ON WIRELESS SMART SENSOR

Rony Teguh; Fengky F. Adjie; Hepryand. L. Dj. Usup; Salampak Dohong

Rony Teguh Universitas Palangka Raya
Fengky F. Adjie Universitas Palangka Raya
Hepryand. L. Dj. Usup Universitas Palangka Raya
Salampak Dohong Universitas Palangka Raya

Keywords: wireless sensor network, the behavior of plants, leaf movement, the sensor node

Abstract

The phenomenon of a total solar eclipse (total solar eclipse) can only occur within a period of 100 years, until now, even the natural phenomena related research is very interesting to do mainly related to metabolic processes that occur in green plants or high level. In the study, the behavior of Mimosa pudica plant will be measured by using a sensor device. The sensor device with PISA algorithm will monitor environmental factors such as light intensity, temperature, humidity and atmospheric pressure at the time of a solar eclipse total. From the results of the measurements, light intensity sensor node at 07:25 - 07.29 pm downhill until the condition is 0 Lux, which means the condition is very dark with no light around the plant. From the results of measurements made at 07:39 hours GMT where the changes in air temperature around the leaf on the value of 25.59°C and light intensity levels 1729.4 Lux, Mimosa pudica leaves start to close. By the time the sun began to shine the light level the surface of the leaves, and the air temperature increases, the leaves of Mimosa pudica made the decision to seal the surface of the leaf, after 3 minutes the leaves will open again because there is no stimulus temperature and light. This research also analyzed the data with modeling RGB on the surface of the leaves to get the data chlorophyll Before the solar eclipse average picture chlorophyll on the leaf surface is 0.68149. By the time the sun shone on the condition of 3% on average 0.15494 prior to the occurrence of a total solar eclipse. On the condition of the leaves cover the average - average 0.29555, and after a solar eclipse passing and riding conditions and uneven irradiation, the average value of chlorophyll on the leaf surface is 0.54612.

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