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Countries Are Getting Better At Preventing Flood-Related Deaths. Not India.

 

Nearly 14% of India’s landmass is vulnerable to flooding and more than 15% of this area gets flooded every year. Since 1953, 1,600 lives have been lost every year on average due to floods.

 

Yet, the central government has not released 61% of the funds promised for flood management between April 2007 and March 2016, and 43% of the 517 works approved have not been completed, a recent report by the Comptroller and Auditor General (CAG) of India, the government’s auditor, has found.

 

The CAG studied a sample of 206 flood management programmes, 38 flood forecasting stations, 49 river management activities and works related to border area projects, and 68 large dams across 17 selected states and union territories (UTs) from 2007-08 to 2015-16.

In eight of the 17 states and UTs, the flood management programme (FMP) was not undertaken in an “integrated manner” that would cover the entire river or tributary, and there were delays ranging from 10 months to 13 years in completion of FMP works, which rendered technical designs unusable by the time funding came through, the report said.

 

In all, the measures taken to reduce flood damage were ineffective.

 

How vulnerable is India?

 

As much as 45.64 million hectares (m ha), or 14% of India’s landmass, is prone to floods, according to government data cited in the CAG report. On average, an area of 7.55 m ha (16% of the total flood-prone area) is affected by floods every year.

 

Between 1996 and 2015, India reported the fifth highest number of deaths due to disasters, more than a third of which (35,325, or 36.1%) were caused by flooding. During this period, it recorded 97,691 deaths, lower only than Haiti, Indonesia, Myanmar and China, according to data from the United Nations Office for Disaster Risk Reduction (UNISDR).

 

Source: The United Nations Office for Disaster Risk Reduction

 

Countries had halved the number of people killed per flood to an average of 34 per flood event during the 10 years to 2015, down from an average of 68 during the previous 10 years, a 2015 UNISDR report said. The reduction was largely due to adoption of affordable technologies like dams and dykes, as well as better forecasting.

 

In contrast, flood mortality in India has been rising.

 

A comparison with China shows that between 1996-2015, China experienced 182 floods, while India had 167. During these two decades, China reported 14,400 deaths due to floods during 1996-2005, and a lower 6,600 during 2006-2015. But in India, the number of deaths rose from 13,660 during 1996-2005 to 15,860 during 2006-2015, the report noted.

 

From 1953 to 2016, an average of 1,626 lives were lost due to floods in India every year, and the average yearly damage caused was equal to Rs 4,282 crore.

 


Flood damage in India (1953-2016)

 

Source: Lok Sabha
Note: *Tentative

 

Structural measures to reduce flooding have typically included building reservoirs, embankments, river channels and drains; improving drainage and channels; and undertaking watershed management and flood diversion.

 

Non-structural measures include flood forecasting, flood warning, floodplain zoning, and disaster preparedness and response.

 

Flood Management Programme

 

Due to unprecedented floods across Assam, Bihar and West Bengal in 2004, the federal cabinet of ministers had approved a Flood Management Programme (FMP) in 2007 to spend Rs 8,000 crore (2007-12) and Rs 10,000 crore (2012-17) as per recommendations of a task force. These measures would include programmes for river management, drainage management, and flood and erosion control.

 

Sixty-one percent of these funds were not released between 2007 and March 2016, the CAG audit found. Of the 517 works approved, 297 (57%) were actually completed.

 

For Assam, a state that faces flooding every year, the central government did not release 60% of the allocated funds. The state government also did not release 84% of the allocation delineated in the budget. “Insufficient flow of fund adversely affected the implementation of schemes,” the report said.

 

Forecasting

 

The Central Water Commission (CWC) of the Ministry of Water Resources, River Development and Ganga Rejuvenation runs a network of 221 flood forecasting stations which issue 6,000 flood warnings every year on average. Over 98% of these warnings are accurate, government data show.

 

Forecasting is recognised as an important non-structural measure to manage floods and provide advance warnings to vulnerable areas, and includes both level forecasting (to decide on mitigation measures such as evacuation) and inflow forecasting (used by dam authorities to decide safe release to downstream areas and ensure adequate storage for non-monsoon months), the CAG report noted.

 

However, experts say, these forecasts are not adequately communicated to vulnerable populations. “In most cases we are caught almost unaware. Communication to downstream areas does not happen, or if there is, it is not effective,” DC Goswami, retired head of the Department of Environmental Science at Guwahati University, told IndiaSpend. He said the civil administration must create a foolproof communication system to enable people to take precautionary measures, and that the necessary technology and systems exist. “Without this, people’s vulnerability increases, and their losses compound,” he said.

 

To automate the communication of forecasting, the CWC planned to modernise the existing infrastructure, provide automated equipment in 219 older stations and establish 222 new telemetry stations during 2007-12. The installation of 222 new stations was only completed in June 2013 after a delay of over two years (26 months), the CAG found.

 

Further, 222 of the 375 (59.2%) of the telemetry stations scrutinised by the CAG were non-functional for a variety of reasons including theft of equipment, non-installation of parts like radar sensors, and equipment having been washed away.

 

“CWC did not depend on telemetry data even after investing in modernisation of telemetry station network for nearly 20 years. This defeated the purpose of establishment of telemetry equipment for meeting the requirement of real time data collection, its transmission and flood forecast formulation,” the report said.

 

Cities lack resources

 

India has seen much flooding in cities in recent years due to expanding population, encroachment on drainage channels, improper waste disposal that clogs drains and increased runoff from nearby water channels, a September 2016 report by the National Institute of Urban Affairs said.

 

When the effects of climate change are added to the equation, Indian cities are clearly unequipped to cope, as IndiaSpend reported in August 2017.

 

Mumbai’s 2005 floods resulted in losses worth Rs 550 crore over two days, while the Srinagar floods saw an estimated Rs 6,000 crore in losses. The Chennai floods of 2015 were the most devastating, causing losses ranging between Rs 50,000 and Rs 100,000 crore and 1,000 deaths.

 

The Annual Survey of India’s City-Systems (ASICS) 2016, a study on the status of urban governance by the non-profit Janaagraha, rated 21 Indian states on parameters including urban planning and design, and urban capacities and resources. All cities scored between 2.1 and 4.4, low when compared with cities like London and New York, which scored 9.3 and 9.8, respectively.

 

Source: Janaagraha

 

Delhi, the national capital, had a lower score compared with Mumbai and Chennai, which have experienced devastating floods.

 

Most cities display poor service delivery. Ideally, 100% of urban households should have drainage connectivity, but actually 55% do not, the ASICS report showed. Less than 20% of the road network was covered by a storm water drain network, an absolute necessity of good city planning.

 

 

References: Indian Institute of Science, Indian Institute of Technology, Kharagpur, Ministry of Housing and Urban Affairs, India Environment Portal, Hindustan Times

 

(Patil is an analyst and Nair is an intern with IndiaSpend.)

 

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  • Management of forecasting system as well as monitoring flood affected areas has been pathetic. The number of deaths due to floods is increasing alarmingly. The allocated resources have not been effectively used by the governments. So, yhe need of the hour is to have an effective forecasting and monitoring of floods mechanism