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World Toilet Day 2020: The Need For Sustainable Sanitation And Impact Of Climate Change

World Toilet Day 2020 calls to make sanitation systems resilient and sustainable as climate change gets worse

World Toilet Day 2020: The Need For Sustainable Sanitation And Impact Of Climate Change
Highlights
  • Based on environmental conditions, toilet technology should be selected
  • Floods, droughts can destroy toilets: Mr Jacob, Water & Sanitation Adviser
  • Drought and water scarcity can affect the usability of toilets: Mr Jacob

New Delhi: “Floods, cyclones, and other natural disasters can cause damage to toilets and disruptions in faecal sludge management systems, and can result in faecal contamination of water- thereby leading to risks to public health and environment”, said Kanika Singh, Lead for Sanitation Policy initiatives at WaterAid India, while explaining the link between climate change and access to toilets and sanitation safety. World Toilet Day 2020 which is being celebrated on November 19 with the theme of ‘Sustainable sanitation and climate change’ aims to bring attention to the impact of climate change on safe and sustainable sanitation. It calls to make sanitation systems resilient and sustainable as climate change gets worse. NDTV spoke to industry experts to understand different toilet technologies that can help achieve the theme.

Also Read: World Toilet Day 2020: Building Toilets Doesn’t Mean Total Sanitation, There Are Many Goals India Needs To Meet, Says Expert From Centre For Science and Environment

Sustainable Development Goal (SDG) 6.2 seeks to achieve access to adequate and equitable sanitation and hygiene for all and end open defecation, paying special attention to the needs of women and girls and those in vulnerable situations. To achieve SDG 6, it is equally important to consider the plausible impacts of climate change on safe sanitation and WASH (water, sanitation and hygiene) practices. Explaining the same, Nicolas Osbert, Chief of WASH, UNICEF said,

Taking one step back, it is important to understand the link between water and climate change. Water-related climate risks arise from too much water, too little water or polluted water. For example, the occurrence of floods and droughts is expected to increase with a changing climate, with the Intergovernmental Panel on Climate Change (IPCC) predicting water-related disasters to increase in both frequency and severity, as the global water cycle is affected by climate change and global warming. In fact, in many places, these changes are already taking place and the world is scrambling to respond to these risks. In turn, this may cause loss and damage, which affect the supply and delivery of water, sanitation and hygiene. This is where toilets and environmental sanitation comes in. Toilets, sanitation systems and water supply systems are assets for the supply and delivery of safe sanitation, directly affected by water-related climate risks.

Also Read: Swachh Bharat Abhiyan: What Are Twin Pit Toilets?

Further adding to this, Nitya Jacob, water and sanitation adviser, said climate change impacts both infrastructure and its usability but it is hard to quantify this. He said,

The strongest is the effect of extreme weather events such as floods and droughts on sanitation infrastructure – floods and cyclones destroy toilets and necessitate the construction of new ones. The other slower impact is of water scarcity also caused by irregular rain on the usability of toilets.

Abhishek Sharma, Senior Research Manager at Sambodhi Research & Communications noted that poor sanitation technologies add to the health burden and said,

Climate change induces extreme weather conditions and disasters such as floods, storms, and drought. Fecal contamination due to flooding of sewage systems and limited or no access to handwashing facilities near toilets in drought prone or struck geographies further add to the health burden due to poor sanitation facilities. One of the most common diseases spread due to poor access and availability of clean water is diarrhoea, which claims over 800 lives of children under five every day. Around 60 million children located in geographies vulnerable to climate change effects already have very low levels of access to water and sanitation. Thus, equitable access to improved sanitation facilities especially in the vulnerable geographies is a necessity for survival.

Also Read: World Toilet Day 2020: Meet 55-Year-Old WASH Warrior From Trichy Who Built Over 6 Lakh Toilets In Last 33 Years

Toilet Technologies That Can Withstand Climate Change

According to the experts, toilet technology is considered safe when it doesn’t lead to direct or indirect human contact with faecal matter, and doesn’t cause faecal contamination of water. To choose the right toilet technology, one needs to look at technical specifications and assess the environmental conditions. Ms Singh from WaterAid India said,

Ideally, the selection of toilet substructure technologies should also take into consideration hydrological and terrain-related factors including the water table, permeability of soil or rocks, porosity of rocks, and slope.

Also Read: Promoted Under The Swachh Bharat Abhiyan, A User Assesses The ‘Twin Pit’ Toilet Technology

For example, a twin pit toilet that offers onsite management of fecal waste and converts human waste into manure cannot be constructed in flood prone and high water table areas. In flood prone regions, twin leach pits can contaminate surrounding water and soil and even flood water can enter the two pits thereby affecting the decomposition of solid contents. Therefore, other toilet technologies such as bio toilets, ecosan toilets or septic tanks are needed. Similarly, a drought-prone area may need toilets that require less or no water for flushing purposes.

Further explaining this, Mr Osbert said,

It is key that the technology is environmentally safe and sustainable, SDG compliant and correctly constructed. For example, the pits of a twin-pit toilet are to be constructed at a minimum distance of 30 metres from water sources to limit exposing the water source to microbial contamination. It is also important to ensure that toilets and other structures are provided maintenance support from time to time to ensure long-term durability and sustained use of them. This also avoids having to use more natural resources to build new toilets if an existing one can be ‘retrofitted’ or ‘fixed’.

Also Read: WASH Warrior: Meet 45-Year-Old Ganesh Nagle, Who Is Ensuring His Fellow Slum Dwellers In Bhopal Are Not Deprived Of Sanitation Facilities

Maharashtra’s Konkan receives 3,000 to 4,000 mm of rainfall every year. In Konkan, twin pit cannot be constructed under the ground as the rain water will seep into the pits that are normally constructed 3 feets into the ground and will result in an overflow of pits. Therefore, in Konkan pits are constructed with modification like constructing them at a particular height, ensuring distance between pits and water table, informed Kumar Khadekar, Information, Education and Communication Consultant, Swachh Bharat Mission – Gramin, Maharashtra.

Similarly, in Sonpur village of Kanker district in Chhattisgarh, the groundwater table is very high that makes the soil moist. Again, constructing a twin pit toilet would lead to groundwater contamination. To overcome this problem, NGO WaterAid India promoted the construction of ecosan or ecological sanitation toilet that is constructed above the ground.

Also Read: Eco-friendly Toilets Can Eradicate Open Defecation And Help Manage Waste Effectively

A regular ecosan toilet has two chambers, each having three sections – one each for urine, faeces and water used for anal cleaning. The two chambers are used alternatively for a period of one year. While urine and water used for cleaning are collected in two separate containers, human waste is stored in a pit. The collected urine is stored for a month, diluted with water and then used as fertilizer and water used for cleaning is sent to the ground. Human waste is left for six months to degrade into manure.

India’s Contribution To Achieving Sustainable Sanitation And SDG 6

Before the launch of the Swachh Bharat Mission in 2014, according to the Government’s Integrated Management Information System (IMIS), over 550 million people in India were defecating in the open in rural India that is 60 per cent of all the people defecating in the world were in India. Since then, under Swachh Bharat Mission (Gramin), over 10 crore toilets have been constructed and rural India was declared open defecation free on October 2, 2019, on the 150th birth anniversary of Mahatma Gandhi. Mr Jacob believes that India has built crores of toilets for the eligible beneficiaries identified under the 2012 baseline.

Also Read: Swachh Warrior: 16-Year-Old Tamil Nadu Girl, The Sole Breadwinner Of Her Family, Helps Build Toilets In Her Village

However, even this is tempered by the fact the baseline was badly flawed and, being dated to 2012, does not include several tens of millions of new families. Personally, I feel we have built a few crore toilets, not necessarily for the deserving, but have failed to ensure usage and therefore, we have a long way to go before we can claim everybody has and uses a toilet, he added.

Raman VR, Head of Policy Division, WaterAid India also believes that SBM has definitely improved the sanitation situation across the country, while there are more concerted efforts needed to achieve sanitation for all, in an equitable and inclusive manner. He said,

Overall, there is a need to focus on the accessible sanitation for persons with disabilities and other marginalised sections, gender-friendliness of toilets, retrofitting toilets to ensure that they are terrain appropriate, ensuring access to water in those areas where it is missing and to ensure that all health care, educational and child care institutional facilities have adequate access to sanitation facilities. This is in addition to ensuring that all rural settings will have adequate arrangements to meet their faecal sludge management needs, as required. Child faeces management is another area that we will have to attend.

Also Read: Before And After Swachh Bharat Abhiyan: Has India Finally Managed To Provide Sanitation For All In This Decade

Mr Sharma believes that twin pit toilets constructed under SBM – Gramin can ensure usability even during floods and storms, thereby achieving SDG 6 target of clean water and sanitation and addressing climate change related challenges given that it is constructed well; minimum distance between pit and water table is maintained.

Elaborating on how India can further achieve SDG 6, Raman VR said,

What is required at this point is to look back, learning critical lessons from the past experiences of running large scale programs within tighter timeframes, and improving upon shortcomings at the level of implementation, by way of strengthening various institutional arrangements and processes. To ensure no one is left behind, the district and state administrations will have to devise societal centric initiatives. We have to adopt inclusive and empathetic approach for the most marginalised populations. Realising that infrastructure focus and targets can drive large scale campaigns and can affect the quality of interventions is the first step towards building such focus, which should be followed by conscious reviews to include the missing links.

Watch: On World Toilet Day Meet The International Toilet Warriors, Jack Sim And Mark Balla

NDTV – Dettol Banega Swasth India campaign is an extension of the five-year-old Banega Swachh India initiative helmed by Campaign Ambassador Amitabh Bachchan. It aims to spread awareness about critical health issues facing the country. In wake of the current COVID-19 pandemic, the need for WASH (WaterSanitation and Hygiene) is reaffirmed as handwashing is one of the ways to prevent Coronavirus infection and other diseases. The campaign highlights the importance of nutrition and healthcare for women and children to prevent maternal and child mortality, fight malnutrition, stunting, wasting, anaemia and disease prevention through vaccines. Importance of programmes like Public Distribution System (PDS), Mid-day Meal Scheme, POSHAN Abhiyan and the role of Aganwadis and ASHA workers are also covered. Only a Swachh or clean India where toilets are used and open defecation free (ODF) status achieved as part of the Swachh Bharat Abhiyan launched by Prime Minister Narendra Modi in 2014, can eradicate diseases like diahorrea and become a Swasth or healthy India. The campaign will continue to cover issues like air pollutionwaste managementplastic banmanual scavenging and sanitation workers and menstrual hygiene

World

23,96,06,768Cases
20,13,42,617Active
3,33,82,100Recovered
48,82,051Deaths
Coronavirus has spread to 195 countries. The total confirmed cases worldwide are 23,96,06,768 and 48,82,051 have died; 20,13,42,617 are active cases and 3,33,82,100 have recovered as on October 15, 2021 at 4:15 am.

India

3,40,37,592 16,862Cases
2,03,6782,908Active
3,33,82,100 19,391Recovered
4,51,814 379Deaths
In India, there are 3,40,37,592 confirmed cases including 4,51,814 deaths. The number of active cases is 2,03,678 and 3,33,82,100 have recovered as on October 15, 2021 at 2:30 am.

State Details

State Cases Active Recovered Deaths
Maharashtra

65,86,280 2,384

33,157 6

64,13,418 2,343

1,39,705 35

Kerala

48,29,944 9,246

96,421 1,802

47,06,856 10,952

26,667 96

Karnataka

29,82,399 310

9,607 43

29,34,870 347

37,922 6

Tamil Nadu

26,83,396 1,259

15,451 199

26,32,092 1,438

35,853 20

Andhra Pradesh

20,59,122 540

6,588 27

20,38,248 557

14,286 10

Uttar Pradesh

17,10,008 12

135 4

16,86,976 16

22,897

West Bengal

15,79,012 530

7,576 81

15,52,491 601

18,945 10

Delhi

14,39,311 28

337 1

14,13,885 29

25,089

Odisha

10,33,809 521

4,890 38

10,20,645 477

8,274 6

Chhattisgarh

10,05,614 16

203 4

9,91,841 20

13,570

Rajasthan

9,54,382 8

42 6

9,45,386 2

8,954

Gujarat

8,26,244 34

215 20

8,15,943 14

10,086

Madhya Pradesh

7,92,669 12

111 1

7,82,035 11

10,523

Haryana

7,71,035 16

105 158

7,60,881

10,049 174

Bihar

7,26,016 8

42 6

7,16,313 2

9,661

Telangana

6,68,618 168

4,171 40

6,60,512 207

3,935 1

Assam

6,05,847 207

3,646 157

5,96,263 362

5,938 2

Punjab

6,01,971 33

234 11

5,85,199 16

16,538 6

Jharkhand

3,48,406 11

130 4

3,43,141 7

5,135

Uttarakhand

3,43,729 28

175 22

3,36,157 6

7,397

Jammu And Kashmir

3,30,834 93

935 11

3,25,473 104

4,426

Himachal Pradesh

2,21,113 182

1,387 5

2,16,011 173

3,715 4

Goa

1,77,356 68

679 27

1,73,342 39

3,335 2

Puducherry

1,27,259 49

647 4

1,24,763 53

1,849

Manipur

1,22,432 69

1,444 15

1,19,099 84

1,889

Mizoram

1,10,719 901

13,601 435

96,744 1,332

374 4

Tripura

84,295 4

110 8

83,369 12

816

Meghalaya

82,734 87

892 31

80,411 115

1,431 3

Chandigarh

65,295 10

32 5

64,443 15

820

Arunachal Pradesh

54,958 4

202 22

54,476 26

280

Sikkim

31,722 6

224 1

31,108 7

390

Nagaland

31,516 9

230 8

30,613 17

673

Ladakh

20,867 6

44 2

20,615 4

208

Dadra And Nagar Haveli

10,675

3 1

10,668 1

4

Lakshadweep

10,365

2 0

10,312

51

Andaman And Nicobar Islands

7,640 3

10 1

7,501 2

129

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