Javascript must be enabled to continue!
The Lapindo Mudflow Tragedy: Traces of Human Error in Environmental Disasters
View through CrossRef
The Lapindo mudflow, first occurring in May 2006 and continuing to date, represents one of Indonesia’s most severe non-natural disasters, triggered by drilling failure by PT Lapindo Brantas. Beyond its geological dimensions, the disaster has generated profound environmental, health, and socio-economic consequences. This study employs a qualitative approach through literature review and document analysis to examine the underlying causes of the mudflow, the socio-economic vulnerability of affected communities, long-term impacts, and mitigation measures undertaken. Findings indicate that the mud contains heavy metals and toxic chemical compounds that endanger ecosystems and public health, contributing to acute respiratory infections (ARI) and child stunting. Economically, communities have suffered significant livelihood and housing losses, while environmental impacts include ecosystem degradation and contamination of water resources. Mitigation strategies implemented thus far include relocation, compensation, aquaculture-based economic recovery, infrastructure development, and ecological restoration. The study concludes that while responses have addressed immediate needs, gaps remain in ensuring long-term resilience and justice for affected populations. These findings highlight the need for improved governance and equitable disaster mitigation policies to prevent and manage risks of future non-natural disasters.
Title: The Lapindo Mudflow Tragedy: Traces of Human Error in Environmental Disasters
Description:
The Lapindo mudflow, first occurring in May 2006 and continuing to date, represents one of Indonesia’s most severe non-natural disasters, triggered by drilling failure by PT Lapindo Brantas.
Beyond its geological dimensions, the disaster has generated profound environmental, health, and socio-economic consequences.
This study employs a qualitative approach through literature review and document analysis to examine the underlying causes of the mudflow, the socio-economic vulnerability of affected communities, long-term impacts, and mitigation measures undertaken.
Findings indicate that the mud contains heavy metals and toxic chemical compounds that endanger ecosystems and public health, contributing to acute respiratory infections (ARI) and child stunting.
Economically, communities have suffered significant livelihood and housing losses, while environmental impacts include ecosystem degradation and contamination of water resources.
Mitigation strategies implemented thus far include relocation, compensation, aquaculture-based economic recovery, infrastructure development, and ecological restoration.
The study concludes that while responses have addressed immediate needs, gaps remain in ensuring long-term resilience and justice for affected populations.
These findings highlight the need for improved governance and equitable disaster mitigation policies to prevent and manage risks of future non-natural disasters.
Related Results
Parametric Sensitivity Analyses of Mudflow Rheology with Depth-Averaged Model
Parametric Sensitivity Analyses of Mudflow Rheology with Depth-Averaged Model
This study used a one-dimensional (1D) depth-averaged model using the Constrained Interpolation Profile (CIP) scheme to simulate mudflow and analyze the sensitivity of different rh...
David Hart, The Beauty of the Infinite: A Response
David Hart, The Beauty of the Infinite: A Response
I dissent from Hart's project of a theological aesthetics by a hair's breadth: but that hair's breadth is tragedy. The Beauty of the Infinite is an excellent book, but it would be ...
Palaeo-earthquake and palaeo-mudflow events at the Machangyuan Ruins in the Huangshui River valley, northeastern margin of the Tibetan Plateau
Palaeo-earthquake and palaeo-mudflow events at the Machangyuan Ruins in the Huangshui River valley, northeastern margin of the Tibetan Plateau
Palaeo-earthquake event recorded by loess rapture fissures (N30°–40°W and N40°–50°E trending) and palaeo-mudflow event recorded by red clay deposits were identified at the Machangy...
Mathematical Model for Calculating the Volume of Mudflow
Mathematical Model for Calculating the Volume of Mudflow
In relation with the mountainous relief of the territory of Georgia, the prevalence and frequency of erosion-avalanche phenomena, due to both exogenous-endogenous processes and ant...
THE CHARACTERISTICS AND EVALUATION OF MUDFLOW FORMATION CONDITIONS IN THE TERRITORY OF NAGORNO-KHARABAKH
THE CHARACTERISTICS AND EVALUATION OF MUDFLOW FORMATION CONDITIONS IN THE TERRITORY OF NAGORNO-KHARABAKH
This research investigates and evaluates the factors and conditions contributing to mudflow occurrences in the Nagorno-Karabakh (NK) Region. It identifies the primary origins of mu...
Tinjauan Hak Konstitusional terhadap Korban Bencana Lumpur Lapindo
Tinjauan Hak Konstitusional terhadap Korban Bencana Lumpur Lapindo
Events ‘Lapindo Mud’ in Sidoardjo shocked Indonesian society. In the case of this mud volcano, Lapindo allegedly “intentionally save ‘operational costs by not installing casing. Wh...
Tourism Destination Development of "Geopark" Lumpur Lapindo
Tourism Destination Development of "Geopark" Lumpur Lapindo
Lumpur Lapindo is one of the new potential tourism in Sidoarjo which has strategic value to be managed, developed and marketed. The development of new tourism "Geopark" Lumpur Lapi...
Konflik Sosial Dan Problematika Penegakan Hukum Dalam Kasus Lumpur Lapindo
Konflik Sosial Dan Problematika Penegakan Hukum Dalam Kasus Lumpur Lapindo
Penelitian ini bertujuan untuk menganalisis bagaimana konflik sosial yang ditimbulkan oleh bencana industri memperburuk problematika penegakan hukum, dengan fokus pada kasus sembur...

