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RESPONSE TO
C VID -19S E R I E S – 6
R E P O R T I
NAVIGATING TO NORMALA RESPONSIVE LOCKDOWN EXIT STRATEGY
T. M. PRANATHI | SHRUTI PRASAD
SCHOOL OF PUBLIC POLICY AND GOVERNANCE
TATA INSTITUTE OF SOCIAL SCIENCES
HYDERABAD
FACULTY MENTOR: ASEEM PRAKASH
About the Series:
The School of Public Policy & Governance, TISS Hyderabad, is
collaborating and supporting the initiative undertaken by its alumnus to
document the response of Union and State Governments to address the
Health, Livelihood and other Welfare concerns posed by COVID-19. The
initiative documents the response from Union and State Governments, Civil
Society, and Business Houses/Leaders.
Note: As we understand, this documentation is a dynamic exercise and will
require constant up-gradation. We will attempt to update it as required and
disseminate it widely.
Sources: The authors have taken due diligence to ensure the accuracy of the
information presented in this document. Any inadvertent omissions/lapses
are deeply regretted. Please inform of any such omissions at
[email protected]. Immediate measures will be taken to correct the
information.
In the sixth part of the series, an attempt has been made to provide a
more dynamic and comprehensive lockdown exit strategy. The policy
document lays out a staggered approach, taking into consideration the key
concepts of a) uncertain outcomes attributed to early relaxation, b)
infection trajectory and institutional preparedness, c) responsive and
flexible phasing.
About the Authors:
T.M. Pranathi, alumnus of the batch 2016-18, is an aspiring Civil Servant. She was the silver-medalist for
2016-18 batch.
Shruti Prasad, alumnus of the batch 2015-17, was a Chief Minister’s Fellow at the Government of
Maharashtra (2018-19). She was the silver-medalist for the 2015-17 batch.
Faculty Member:
Aseem Prakash, Professor & Chairperson, School of Public Policy and Governance, Tata Institute of Social
Sciences, Hyderabad.
All views expressed in this document are personal and has no relation to any affiliated institution.
CONTENTS
Abbreviations and Terminology 1
Introduction 2
Covid-19 Trajectory: India 3
Phase 1: Rising and Peak Infections 5
Goals 5
Action Points 5
Baseline Conditions 10
Phase 2: Falling Infections 11
Goals 11
Action Points 11
Baseline Conditions 13
Phase 3: Low/ No Infections 14
Goals 14
Action Points 14
Baseline Conditions 15
Post Covid Institutional Resilience 15
References 16
Goals, Action Points and Baseline Conditions:
The report has been structured into 3 Phases, each of these are further sectioned into Goals, Action
Points and Baseline conditions
The Goals summarize broad objectives of each phase.
The Action Points under each of the phases will detail the institutional and operational
interventions, which have already been implemented or need to be put in place before the
subsequent phase.
The baseline conditions are trigger points which bring the next phase into action, or conversely,
push the States back into the previous phase.
1
TERMINOLOGY
ABBREVIATIONS
COVID-19 Coronavirus Disease 2019
TPM Tests Per Million
PPE Personal Protective Equipment
CDDEP The Center for Disease Dynamics, Economics and Policy
ICMR Indian Council of Medical Research
MoHFW Ministry of Health and Family Welfare
NDMA National Disaster Management Authority
MHA Ministry of Home Affairs
MeitY Ministry of Electronics and Information Technology
WHO World Health Organisation
CSO Civil Society Organisation
NULM National Urban Livelihoods Mission
The wide-spread and incomparably huge attempt at a lockdown period certainly proved to be effective in
holding down the spread of covid-19 pandemic, given the sheer scale of population in India. The
economic costs of this move have been experienced globally, with countries being put in a Catch-22
situation to choose between saving the economy or saving lives. With the national lockdown coming to a
close on May 3rd, 2020, it is a crucial juncture to examine the policy pathway and come up with a viable
lockdown exit strategy. While a number of states have put forth ideas on phasing out the lockdown, this
report has been authored with the premise that a more dynamic and comprehensive exit strategy is
required, taking into account real progress and preparedness.
This report incorporates three key concepts in the exit strategy framework:
Introduction
Early relaxation - uncertain outcomes: International experience, such as the
Singapore case, shows us that even countries with a robust healthcare system, rule following
populace and prior experience with pandemics are not completely safe from unexpected rising
infections. This points to the potential risk of a second-wave, especially if the lockdown is eased
before the infection peak has passed and in the context of weak institutional infrastructure.
Not just “when” but also “what”: Cautious phasing out requires a comprehensive
approach, where administrative units shift out of lockdown based on two criteria: (a) when the
infections are predicted to peak or fall and (b) what are the institutional and operational capacities
that should be in place. The staggered exit should be taken as an opportunity for strengthening
administrative systems, triggering medium-long term institutional changes, moving towards a more
responsive pandemic control strategy and perhaps creating more resilient futures.
Responsive Lockdown & Exit strategy: Considering the possibility of spike in
infections despite an extended lockdown, the report proposes a flexible approach to a phased exit.
Moderate or strict restrictions can be activated or removed in an adaptive manner, depending on
evidence of infection rates and institutional preparedness.
2
Covid-19 Trajectory: India
Source: Prasad, T.M., @ SPPG, TISS-Hyd data collected from MoHFW and ICMR Created with Datawrapper
3
..Figure A
The above graph depicts the trajectory of confirmed cases and milestone responses in India since
the pandemic was declared a notified disaster by Government of India.
Graph and data sourced from the Center for Disease Dynamics, Economics and Policy (CDDEP)
Current trajectory of confirmed cases in India (Refer figure A)
points to the fact that the lockdown has been effective in
delaying the steep rise in infections.
However, as the projected infections of the post 21-day
lockdown (Refer figure B) show - there is a high possibility of
India experiencing the peak of infections in the coming days.
In addition to this, the Basic Reproduction Number, R0 is
reduced to 2 during the lockdown period, and increases to 2.4
after the lockdown is lifted.*
With the above context, the authors of this report propose a 3-
phase responsive lockdown & exit strategy , where any guided
relaxation of restrictions should be considered only after
the predicted peak period has passed.*
The R0 or Basic Reproduction
Number, is the expected number
of cases generated by one
infection case, in a susceptible
population.
Higher R0 Implies exponential
spread of the disease.
For a real-time measure of such
cases, the authors recommends
using R, or Effective
Reproduction Number, which
proves more useful for decision
making and tracking.
* The report considers the
predicted peak resulting from the
“moderate lockdown” period in
the CDDEP projections (refer
figure b).
Using this model, 3 phases are proposed:
• Phase 1 : Rising and Peak infections
• Phase 2 : Falling infections
• Phase 3 : Few or no infections
Projected total infections (asymptomatic, symptomatic and hospitalised) in India
Figure B
4
i. Mass testing and quarantining
The current strategy for covid-19 testing in
India by and large covers all probable contacts
and dimensions. However, with growing
apprehensions about ‘community transmission’
/ ‘local transmission at a community level’ as
well as rising cases of asymptomatic
individuals testing positive, it is indispensable
to administer vigorous testing mechanisms,
preferably at an exponential rate.
Recent statistics reveal inadequate testing
numbers where approximately 0.27 are being
tested per thousand people, i.e., 270 people
per million population (source:
ourworldindata.org; data as of 18-04-2020).
Further, tests conducted across states are
highly uneven and reflect a disproportionate
screening drill with respect to the population
density.
Phase I
Goals
A. Slowing the transmission of novel coronavirus with adequate focus on ‘flattening the curve’
B. Augmenting the existing infrastructure and developing temporary healthcare capacities
(infra/medicine/equipment)
C. Creating widespread awareness (physical distancing/ hygiene) across people
Action Points
Tests Per Million w.r.t. Population Densities in Indian States
Source: Prasad, T.M., data sourced from Census of India,
2011; The Hindu – as of 18h April, 2020
West Bengal with a higher population density of
1029 person/sqkm has a TPM of 46.9, where as
Rajasthan with a density of only 201 person
/sqkm has a TPM of 516.
5
Quarantining: Shelters and beyond
States should, therefore, strengthen the testing capacities to cover wider sections of populations. To
this effect, private players should be adequately incentivised by the government to provide affordable
testing. In addition, robust data collection and documentation of disease outbreaks can strengthen
and streamline covid-19 testing protocols.
ii. Contact tracing and surveillance
Incidence of positive covid-19 cases in highly congested areas, particularly, slums have highlighted
the need for rapid testing and comprehensive contact tracing mechanisms. At the local level, district
officials and community medical workers should play an important role in closely monitoring these
contacts to prevent further transmission in the following ways:
Enabling local health workers to undertake home-site visits in order to trace new chains of
transmission, if any
Vigorous testing needs to be continued in identified core pandemic zones (Covid-19
hotspots)
Risk assessments of doctors and nurses involved directly in covid-19 cases should be
carried out on a regular basis and consequent remedial measures, if any, must be suggested
Adequate emphasis should be placed on essential social and infrastructural amenities.
MoHFW has issued interim guidelines on the functioning of state quarantine facilities, however
there is a pressing need to ensure its ground level implementation.
6
Source: Prasad, T.M.
India: ‘Aarogya Setu’ mobile app developed
by MeitY uses bluetooth and location-
generated social graph to alert people who
may have come in contact with covid-19 +ve
patient
Tamil Nadu: JioVio healthcare startup
developed ‘MadhuraiKavalan’ app which
enables GPS tracking to monitor those in
mandated quarantine
Maharashtra: Drone based mapping of
city areas in Nagpur to identify unusual
activity and control crowds
Karnataka: Shivamogga Smart City
Limited (SSCL) has used its Digital
Virtual Library application to send alert
messages
Deficiencies in medicine, protective gear
equipment, critical-care infrastructure will
inevitably result in sub-optimal healthcare
delivery and expose front-line care workers to
greater risks.
The “National Preparedness Survey on
COVID-19” highlights the need for
strengthening health-care capacities at both
district and sub-district levels.
However, mere reliance on importing will not
be sufficient and the government in
partnership with several private firms, public
sector units, and other non-state actors should
further vigorously extend possible alternatives.
iii. Alternate arrangements to enhance infrastructure capacities
Source: The Economic Times
7
In the case of 6-day doubling of covid-19 cases, it is estimated that the
states will run out of hospital beds by the end of May, i.e. a shortage of
about 7 lakh hospital beds (Source: livemint.com).
Various production facilities and PPPs should be engaged to drastically
scale up the production of hospital beds.
Indigenous production capacities can adopt innovative approaches to scale up the
manufacturing of PPEs.
Government tenders incentivising the same must be fast-tracked in order to meet
the growing requirements.
Chhattisgarh: Raipur’s NULM women workers and several SHGs were involved
in the production of around 5000 masks
Telangana: Prisoners in Greater Warangal city jail prepared around 3000 masksIIT-M 3D prints face shields to
counter PPE shortage
Ho
spit
al B
ed
sP
PE
s
Building (Walk-in Sample Kiosk), a South Korean model of mobile cubicle with a
sealed glass front and extended gloves that enables medical practitioners to collect
samples in huge numbers.
This drastically reduces the need for additional PPE kits and enhances testing
mechanisms.
Kerala: About six such WISKs have been built in Ernakulam district.
Source: livemint
Source: The Quint
WIS
Ks
•Up-gradation and refurbishment of existing infrastructural facilities (sports complexes,
railway coaches and hospitals, mobile vehicles, PHCs, panchayat bhavans etc.) will
ensure increased attendance to covid-19 suspect cases
Karnataka: South Western Railway has converted Divisional Railway Hospitals into
dedicated covid-19 operational units.
Tamil Nadu: In Thanjavur, hostels of some educational institutions have been
converted into temporary quarantine rooms
Source: The Week
Train coaches converted into isolation
units
Isola
tion
ward
s an
d
ICU
s
Source: NDTV
Critical Infrastructure
8
iv. Sanitising Public Spaces and Safe Disposal Protocols for Bio-Medical Wastes
Bio-medical waste generated during the course of treatment and diagnosis of covid-19 patients should
be segregated and disposed of immediately in a scientific manner. Temporary treatment facilities and
storage rooms can be established to ensure effective containment of waste.
In this regard., adequate measures must be taken to implement the guidelines issued by the WHO and
Central Control Pollution Board of India.
MoHFW recently issued an
advisory against spraying of
disinfectant on people for covid-
19 management. Such
mechanisms of sanitation have
no scientific evidence to support
them. Moreover, they underplay
the emphasis on hand-washing
and physical distancing
measures.
The idea of disinfectant tunnels
in this case should be
reconsidered and replaced with
better researched alternatives.
v. Strict sectoral restrictions
Sectoral lockdown and restriction has been one of the accepted solutions to stem the spread of the
virus. The degree of lockdown in crucial sectors and some examples of preparedness is detailed below:
Education: Strict Lockdown
•Digital Classrooms including alternatives
such as local TV News Channels and radio
stations
•Doorstep delivery of Mid-day Meals: Kerala
was one of the early implementers followed
by Karnataka, Odisha, etc;
Transport: Strict Lockdown
•Ban on passenger transport, excepting
emergency cases and transportation of
freight
•Some states have implemented the E-Pass
system to allow and monitor the movement
of certain vehicles
Government Departments and State
Institutions: Moderate Lockdown
•Switch over to online mode of
functioning has begun but needs to be
more widespread
•Courts proceedings conducted through
video-conferencing
Others: Strict Lockdown
•Unique operational interventions such as
token systems and age-brackets to reduce
crowding at retail outlets in some districts
•Tele-medicine and portability of
entitlements
9
vii. Immediate relief measures for hard-hit sectors and vulnerable populations
• Cash transfers which match at least minimum wages and in-kind provisions for informal sector
workers who depend on wages for survival.
• Input subsidies for the agriculture sector, allowing farmers to sell directly to bulk buyers and
retailers, buying perishables which are potentially going to waste and distributing it among the
needy.
• Strengthening a collaborative effort between the government and NGOs, across States to ensure
that the needs of the various social groups unhoused, destitute, migrants and transgender.
Baseline Conditions
Pre-requisites to move from Phase 1 to Phase 2, based on the premise that the peak phase has
passed. India (as on 20-04-20) is yet to pass the peak phase. Any move to ease strict restrictions prior
to passing the peak may have uncertain outcomes and greater risks.
vi. Public Awareness:
It is crucial for an emphasis on hand-washing, hygiene practices and social distancing through large
scale public awareness programs as these are some of the critical mechanisms to prevent spread of
infections. District Administrations should play a pivotal role in taking up the challenge of relaying
verified information.
The strict restrictions must apply in accordance to clear-cut guidelines, exemptions and alternatives.
However, it is crucial to ensure that the restrictions do not lead to a disruption in supply chains. This
requires more coordinated on-ground enforcement and information symmetry among
administrators.
10
*Decline in average growth factor i.e. doubling of cases does not necessarily imply that the testing efforts should be reduced, especially in phase 1
i. Sustaining efforts towards slowing the spread of infections
Phase IIGoalsA. Continuing and sustaining efforts towards slowing the spread
B. Initiate efforts towards ‘raising the line’
C. Ease strict regulations on lockdown
D. Sustained behavioural changes in the population to build adaptability
Action Points
Rapid antibody testing* can primarily be used to test vulnerable clusters of the population - a)
migrant workers, b) front-line health personnel, c) municipal workers, d) slum dwellers, e)
individuals in quarantine shelters, f) patients discharged and recovered from the virus, etc. as well
as those in Red Zones. For instance, the Brihanmumbai Municipal Corporation (BMC) has planned the
execution of anti-body tests for several of its healthcare personnel and municipal workers.
Robust surveillance mechanisms: Recently, China and South Korea reported recurrences of
virus in cases of recovered covid-19 persons. India should consider this as an early warning
system and continue to implement robust contact tracing and monitoring mechanisms. Existing
tracking apps should incorporate better UI and privacy in order to increase usage by citizens. e.g.:
Singapore’s ‘TraceTogether’ app has instilled confidence among its users with minimal invasion of
privacy.
Real time monitoring of transmission can be done through tracking the ‘Effective Reproduction
Number, R’. This will aid in informed timely decision making as well as district level plans for
containment and recovery.
ii. Adaptive Social distancing:
Social distancing rules can be relaxed in areas with few infections and adaptive social distancing can be
operationalized. This would mean that administrative units or zones can announce social distancing
rules whenever infections spike up in particular regions, avoiding the need to go into complete
lockdown.
*Emerging methods of testing are subject to further research and validation. Rapid Antibody Testing is included in Phase 2, primarily because it has been presented as a supplementary tool for surveillance and tracking and not for early disease detection (ICMR)
11
iv. Moderate Restrictions on some sectors, while continuing strict lockdown in
others:
Limited intra-state transport lines including buses, trains and private transport can be allowed to function
with very strict passenger caps and continued monitoring. However, containment zones or hotspots with
high case loads must continue to observe strict restrictions.
Schools and non-essential industries should preferably stay under lockdown.
Micro enterprises, especially home based productions can re-start operations by phase 2. These
manufacturing units can be directed to produce basic medical equipment.
v. Continued State support for markets and socio-economic provisioning:
States need to look into the granularity of inter-state supply chains and establish robust market
networks. This necessitates the need to develop a National Transportation Grid (forthcoming).
Continued socio-economic provisioning for hard-hit and vulnerable sectors while also taking into
consideration the needs of industries and agriculturalists for the next financial year.
Credit-lines and soft-loans for MSMEs to cover immediate liquidity requirements - especially wage
payment of workers.
iii. Raising the line
‘Raising the line’ is critical to go beyond attempts at just ‘flattening the curve’, implying the need to
fill in the institutional and infrastructural shortages.
Increasing the local production of health equipment to address rising demands
Encouraging the setting up of drug and Active Pharmaceutical Manufacturing (API) plants.
Focus on augmenting the existing laboratories with required medical equipment and creating
newer ones, especially at the district level.
Disinfecting and sanitising public spaces should be effectively exercised to ensure a safer
environment.
Enhanced training of frontline healthcare workers
Ensuring adequate deployment of medical staff in districts and sub-districts by way of
involving community health workers and ASHA personnel. It is important to equip these
health workers with necessary protective gear and hand-sanitizers
12
Baseline Conditions
13
Pre-requisites to
a) Move from phase 2 to phase 3
b) Revert to phase 1
Phase III
GoalsA. Prevent further infections
B. Continued surveillance to enable early detection and treatment
C. Lift all restrictions across sectors
D. Ensure sustained efforts towards ‘raising the line’
E. Work towards long term institutional interventions and resilience
Action Points
i. Monthly Pool Testing should be carried out at Community-level, especially across vulnerable clusters
of population - elderly, slum dwellers, migrant workers, etc.
ii. Ensuring widespread and long-term usage of dedicated pandemic related SMS tracker systems and
applications
iii. Maintain citizen awareness on hygiene and create a mindset of adaptability by keeping public
memory fresh
iv. Lifting all sectoral restrictions:
This has to be accompanied with continued enforcement of sanitation of workplaces and
ensuring the availability of healthcare for workers
v. Raising the line: Medium-term to long term
Strengthening public health expenditure
Enhancement and building of robust healthcare infrastructural facilities
Establishing robust Public Health Emergency Preparedness system
Sustained in-house production of medical supplies
Regulating and enforcing health & hygiene protocols in workplaces
Mitigating the problem of understaffing
Capacity building of community health workers at ground level
14
Baseline Conditions
Post Covid Institutional Resilience Strengthen public health expenditure and build robust health infrastructure.
Establishing Medical Emergency Response Teams, consisting of Health personnel, Police, and
NDMA.
Institutionalising robust social security model.
A pressing need exists to ensure portability of entitlements, especially, for migrant workers and
the vulnerable.
Building capacities to operationalize nutritional security of informal workers.
Institutionalising civic solidarity for a more proactive and far-reaching response to any crisis.
Need for robust, functional and real time disaggregated data at district level for informed and
quick decision making.
An expert committee with sectoral experts on board should be constituted to provide short term
solutions as well as a long-term economic roadmap, particularly in light of this pandemic.
15
* In order to exit the suppression loop and beyond Phase 3, there need to be continued
efforts towards pandemic control at the micro, meso and macro levels
Pre-requisites to move from phase 3 to phase 2
References
16
Center for Disease Dynamics, Economics & Policy (CDDEP). (2020, March 22). Modeling the spread
and prevention of COVID-19. Retrieved April 21, 2020, from https://cddep.org/covid-19/
Department of Administrative Reforms and Public Grievances. (2020). National Preparedness Survey
on Covid-19. Government of India. https://darpg.gov.in/sites/default/files/COVID-
19%20Impact%20Feedback%20Report.pdf
M.K., N. (2020, March 13). Coronavirus: Mid-day meals at homes in Kerala, children spread awareness.
Livemint. Retrieved April 2, 2020, from https://www.livemint.com/news/india/coronavirus-mid-
day-meals-at-homes-in-kerala-children-spread-awareness-11584083644665.html
Ministry of Health and Family Welfare. (2020). Advisory against the spraying of disinfectants on people for
Covid-19. Government of India.
https://www.mohfw.gov.in/pdf/AdvisoryagainstsprayingofdisinfectantonpeopleforCOVID19man
agementFinal.pdf
The Times of India. (2020, April 3). Could we see a second COVID-19 wave? Retrieved April 21, 2020,
from https://timesofindia.indiatimes.com/india/could-we-see-a-second-covid-19-
wave/articleshow/74961712.cms
SCHOOL OF PUBLIC POLICY AND GOVERNANCE
TATA INSTITUTE OF SOCIAL SCIENCES
HYDERABAD