DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA

The Mount Ciremai National Park area has an important and strategic role in preserving biodiversity. One of the disturbing threats in TNGC is forest fires that always occur and fluctuate throughout the year, resulting in changes in vegetation cover every year. This study aims to determine the cla...

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Main Author: Sayyid Difa, Haikal
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/68722
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:68722
spelling id-itb.:687222022-09-19T09:16:34ZDYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA Sayyid Difa, Haikal Indonesia Final Project forest wildfire, ecosystem restoration, vegetation cover, Mount Ciremai National Park INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/68722 The Mount Ciremai National Park area has an important and strategic role in preserving biodiversity. One of the disturbing threats in TNGC is forest fires that always occur and fluctuate throughout the year, resulting in changes in vegetation cover every year. This study aims to determine the classification of Mount Ciremai National Park vegetation cover and determine changes in Mount Ciremai National Park vegetation cover during the last ten years after ecosystem restoration activities in 2009. The study was carried out in January-May 2022, located in the Mount Ciremai National Park Area, West Java Province with an area of about 14,841 ha. The vegetation cover classification method used is a supervised classification. The Mount Ciremai National Park area can be divided into four types of vegetation cover, namely primary forest, secondary forest, shrubs, and open land. These four vegetation covers experience quite high fluctuations throughout the year due to forest fires and ecosystem restoration activities carried out by Mount Ciremai National Park managers every year. This study concludes that during 2011-2021, the Mount Ciremai National Park area has four types of vegetation cover with primary forest vegetation cover area tending to increase by 32.49%, secondary forest tending to decrease by 48.24%, and shrubs and open land which fluctuated due to forest fires with a decrease of 10.13% and 9.05%, respectively. There are two areas that experience hampered succession process and require special treatment, namely the Pasawahan and Lambosir areas. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description The Mount Ciremai National Park area has an important and strategic role in preserving biodiversity. One of the disturbing threats in TNGC is forest fires that always occur and fluctuate throughout the year, resulting in changes in vegetation cover every year. This study aims to determine the classification of Mount Ciremai National Park vegetation cover and determine changes in Mount Ciremai National Park vegetation cover during the last ten years after ecosystem restoration activities in 2009. The study was carried out in January-May 2022, located in the Mount Ciremai National Park Area, West Java Province with an area of about 14,841 ha. The vegetation cover classification method used is a supervised classification. The Mount Ciremai National Park area can be divided into four types of vegetation cover, namely primary forest, secondary forest, shrubs, and open land. These four vegetation covers experience quite high fluctuations throughout the year due to forest fires and ecosystem restoration activities carried out by Mount Ciremai National Park managers every year. This study concludes that during 2011-2021, the Mount Ciremai National Park area has four types of vegetation cover with primary forest vegetation cover area tending to increase by 32.49%, secondary forest tending to decrease by 48.24%, and shrubs and open land which fluctuated due to forest fires with a decrease of 10.13% and 9.05%, respectively. There are two areas that experience hampered succession process and require special treatment, namely the Pasawahan and Lambosir areas.
format Final Project
author Sayyid Difa, Haikal
spellingShingle Sayyid Difa, Haikal
DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
author_facet Sayyid Difa, Haikal
author_sort Sayyid Difa, Haikal
title DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
title_short DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
title_full DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
title_fullStr DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
title_full_unstemmed DYNAMICS OF CHANGES IN VEGETATION COVER AFTER ECOSYSTEM RESTORATION ACTIVITIES IN 2009 IN MOUNT CIREMAI NATIONAL PARK, WEST JAVA
title_sort dynamics of changes in vegetation cover after ecosystem restoration activities in 2009 in mount ciremai national park, west java
url https://digilib.itb.ac.id/gdl/view/68722
_version_ 1822005834030252032