The effect of rainfall on the spread of malaria in Indonesia

Faradiba, Faradiba

doi:10.18203/2394-6040.ijcmph20210795

Cited by 3 publications

(2 citation statements)

References 17 publications

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“…The weather factor is one of the main causes of the spread of malaria in the eastern region [32], such as in Mimika, Papua. Weather in Mimika is difficult to predict, even by the Meteorology, Climatology and Geophysics Agency (BMKG) in the region.…”

Section: Meanwhilementioning

confidence: 99%

The Influence of Community Behavior in Disposing of Garbage on the Spread of Malaria

Azzahra

Faradiba

2022

AJRID

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The existence of garbage in everyday life can not be separated from human behavior that litters. Lack of public awareness in disposing of waste results in an unhealthy environment. An unhealthy environment triggers the emergence of various diseases, one of which is a disease caused by mosquito bites, namely malaria. Malaria is one of the most deadly diseases. This study aims to see how far the influence of community behavior in disposing of waste on the spread of malaria outbreaks. The data used in this study is data from the 2018 Village Potential data collection with 83,931 villages in Indonesia. The analytical method used is Ordinary Least Square (OLS). The results obtained in this study are people's behavior in disposing of waste has a significant effect on the spread of malaria. The better the behavior of the community in waste disposal and management, the lower the spread of malaria will occur. In addition, access to and utilization of health facilities and services is also important in the process of treating malaria. The results of this study also concluded that the farther the distance to health care facilities, the greater the risk of suffering from malaria. Government participation is needed to improve public health promotion.

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Section: Meanwhilementioning

confidence: 99%

The Influence of Community Behavior in Disposing of Garbage on the Spread of Malaria

Azzahra

Faradiba

2022

AJRID

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“…The geographical location is in the territory of Indonesia stretching from Sabang to Merauke (Purwanto & Mangku, 2016) (Ibrahim et al, 2019) (Mbete et al, 2023) (Metrahultikultura & Setiawan, 2023) (Faradiba, 2021) (Nofrizal et al, 2021). It is located at 6008' N to 11015' LS and 94045' BT to 141005' BT, which is on the equator with a relatively high solar radiation intensity averaging around 4.8 kWh / m² per day throughout Indonesia.…”

Section: Introductionmentioning

confidence: 99%

Microgrid Design in Electricity Supply in Paper Factories

Sitompul,

Johar

2023

IJSSR

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Renewable energy is growing, one of which is by controlling solar energy. A solar power plant (PLTS) is a power generation system that utilizes solar energy to become electrical energy through photovoltaic modules, which are included in environmentally friendly energy so that it becomes a renewable, effective, more efficient, and reliable plant. The research designing the modeling of PLTS on a grid was carried out on the roof of a gas power plant (PLTG) which generated 164.47 MWh / year. Analyzing modeling in the addition of the Rooftop Solar System that enters the network can reduce exhaust emissions from the use of other equipment for four years with an average of PLN by 99.29%, PLTG #1 by 99.06 and PLTG #2 by 99.11%. The impact of the addition of the PLTS Rooftop on the quality of power entering the 3.3 kV network system is seen that the feeder 2-panel bus has improved to 97.82% of the voltage drop of 72.67% in line with the PLN 3 panel, the improvement is made by providing capacitors of 3x4Mvar. Feeder 3 improved to 97.61% of the voltage drop of 78.87%, in line with the PLN 4 panel. The improvement was carried out by providing a capacitor of 2x4Mvar. Panel feeder four was seen to have improved to 99.21% from an excess voltage of 109.23% in line with the generating equipment, and the improvement was made by reducing capacitors by 0.1 Mvar from the used 5x0.1 Mvar.

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Rain, Rain, Go Away: 137 Potential Exclusion-Restriction Violations for Studies Using Weather as an Instrumental Variable

Mellon

2020

SSRN Journal

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Instrumental variable (IV) analysis assumes that the instrument only affects the dependent variable via its relationship with the independent variable. Other possible causal routes from the IV to the dependent variable are exclusion-restriction violations and make the instrument invalid. Weather has been widely used as an instrumental variable in social science to predict many different variables. The use of weather to instrument different independent variables represents strong prima facie evidence of exclusion violations for all studies using weather as an IV. A review of 217 social science studies reveals 176 variables which have been linked to weather, all of which represent potential exclusion violations. I conclude with practical steps to systematically review existing literature to identify possible exclusion violations when using IV designs. I demonstrate how sensitivity analysis can quantify the vulnerability of a particular IV estimate to exclusion restriction violations in the literature.

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The effect of rainfall on the spread of malaria in Indonesia

Cited by 3 publications

References 17 publications

The Influence of Community Behavior in Disposing of Garbage on the Spread of Malaria

The Influence of Community Behavior in Disposing of Garbage on the Spread of Malaria

Microgrid Design in Electricity Supply in Paper Factories

Rain, Rain, Go Away: 137 Potential Exclusion-Restriction Violations for Studies Using Weather as an Instrumental Variable

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