Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia
South Nunukan District has a complex ecosystem which has the river, terrestrial, coastal and oceanic ecosystems, and has been demarcated by the Government of The Nunukan Regency for agricultural purposes. This research was conducted to determine the preliminary environmental baseline of agricultural...
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Online Access: | https://neptjournal.com/upload-images/(25)D-1119.pdf |
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doaj-5a3e95a47a7b46919b6483e4e36b15dc2021-03-03T05:21:39ZengTechnoscience PublicationsNature Environment and Pollution Technology0972-62682395-34542021-03-0120123724210.46488/NEPT.2021.v20i01.025Survey of Environmental Baseline in the Nunukan Agriculture Area, IndonesiaRamdiana Muis, Nani Anggraini, Fitri Ariani, Sattar Yunus and ZulkifliSouth Nunukan District has a complex ecosystem which has the river, terrestrial, coastal and oceanic ecosystems, and has been demarcated by the Government of The Nunukan Regency for agricultural purposes. This research was conducted to determine the preliminary environmental baseline of agricultural activities that have been and will take place in this region. Methods of measuring environmental quality were carried out by (1) measuring water quality by taking water samples at four locations and tested in a laboratory; and also measuring aquatic biota by taking samples in rivers and testing at a laboratory, (2) measuring air quality at three sample locations using an air quality meter, and noise using a sound level meter, (3) measuring soil quality by taking five samples at the study site and conducting soil quality testing in the laboratory. The result of this study concluded that this area is suitable to be used as an agriculture and plantation area by adding various engineering technologies and fertilizing. This is supported by the results of water, air, noise and soil quality tests from several samples showing the average within and bellow the permissible limit (WPL and BPL). For a small number of parameters that do not meet quality standards (APL), environmental engineering efforts need to be done.https://neptjournal.com/upload-images/(25)D-1119.pdfenvironmental baseline, water quality, air quality, soil quality, agriculture area, nunukan regency |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Ramdiana Muis, Nani Anggraini, Fitri Ariani, Sattar Yunus and Zulkifli |
spellingShingle |
Ramdiana Muis, Nani Anggraini, Fitri Ariani, Sattar Yunus and Zulkifli Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia Nature Environment and Pollution Technology environmental baseline, water quality, air quality, soil quality, agriculture area, nunukan regency |
author_facet |
Ramdiana Muis, Nani Anggraini, Fitri Ariani, Sattar Yunus and Zulkifli |
author_sort |
Ramdiana Muis, Nani Anggraini, Fitri Ariani, Sattar Yunus and Zulkifli |
title |
Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia |
title_short |
Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia |
title_full |
Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia |
title_fullStr |
Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia |
title_full_unstemmed |
Survey of Environmental Baseline in the Nunukan Agriculture Area, Indonesia |
title_sort |
survey of environmental baseline in the nunukan agriculture area, indonesia |
publisher |
Technoscience Publications |
series |
Nature Environment and Pollution Technology |
issn |
0972-6268 2395-3454 |
publishDate |
2021-03-01 |
description |
South Nunukan District has a complex ecosystem which has the river, terrestrial, coastal and oceanic ecosystems, and has been demarcated by the Government of The Nunukan Regency for agricultural purposes. This research was conducted to determine the preliminary environmental baseline of agricultural activities that have been and will take place in this region. Methods of measuring environmental quality were carried out by (1) measuring water quality by taking water samples at four locations and tested in a laboratory; and also measuring aquatic biota by taking samples in rivers and testing at a laboratory, (2) measuring air quality at three sample locations using an air quality meter, and noise using a sound level meter, (3) measuring soil quality by taking five samples at the study site and conducting soil quality testing in the laboratory. The result of this study concluded that this area is suitable to be used as an agriculture and plantation area by adding various engineering technologies and fertilizing. This is supported by the results of water, air, noise and soil quality tests from several samples showing the average within and bellow the permissible limit (WPL and BPL). For a small number of parameters that do not meet quality standards (APL), environmental engineering efforts need to be done. |
topic |
environmental baseline, water quality, air quality, soil quality, agriculture area, nunukan regency |
url |
https://neptjournal.com/upload-images/(25)D-1119.pdf |
work_keys_str_mv |
AT ramdianamuisnanianggrainifitriarianisattaryunusandzulkifli surveyofenvironmentalbaselineinthenunukanagricultureareaindonesia |
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