ntsb as a model for systemic risk mgt
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The NTSB as a Model forSystemic Risk Management
2011 by Fielding, Lo, and YangAll Rights Reserved
Eric Fielding, Andrew W. Lo, Helen Yang
ECB/NY Fed/CFS Conference on Alternative
Approaches to Modeling Systemic RiskJune 9, 2011
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NTSBDisclaimer
The views and opinions expressed in this presentation
are those of the authors only, and do not necessarily
represent the views and opinions of AlphaSimplex
Group, MIT, the National Transportation Safety Board,
or any of their affiliates and employees. The authors
make no representations or warranty, either expressed
or implied, as to the accuracy or completeness of the
information contained in this article, nor are they
recommending that this article serve as the basis for anyinvestment decision. This presentation is for
information purposes only.
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 2
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NTSB
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 3
What Is Systemic Risk?
Systemic Risk Is Not Just Market Risk
April 14, 2000: U.S. stock market lost $1.04T
Shadow banking system is not the problem
Shadow hedge fund system is the issue!
Systemic risk arises when losses are unexpected
Banks
Money market funds
Mutual funds Pension funds
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NTSB
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 4
Implications for Systemic Risk
Current Regulatory Structure Is Inadequate
OCC, OTS, FDIC, Fed, SEC, CFTC, Treasury have
distinct objectives and tools
Sometimes objectives add to systemic risk! For example, Khandani, Lo, and Merton (2009)
Private sector cannot address these issues Not privy to systemic information
Not designed to account for systemic risk Analogy with pollution (Acharya et al., 2009)
What to do?
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NTSBHow Do Other Industries React To Crises?
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBHow Do Other Industries React To Crises?
2011 by Fielding, Lo, and YangAll Rights Reserved
Slide 69 June 2011
Pain and negative feedback produce a response
Fear learning, preventive measures
Many regulations arise from pain
The gift of pain
What if we felt no pain? Methamphetamine (crystal meth)
Disrupts feedback control loop
No learning, or incorrect learning
Studying failure is painful, but useful!
We need more negative feedbackloops
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NTSBThe NTSB
An independent federal agency:
Investigate transportation accidents
Develop safety recommendations
Origins of the NTSB:
Air Commerce Act of 1926
Civil Aeronautics Board Bureau of Safety (1940)
Independent agency within DOT as of 1967
In 1974, moved outside DOT completely
(Independent Safety Board Act in 1974)
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB
Reason for separation from DOT:
No federal agency can properly perform such(investigatory) functions unless it is totally separate
and independent from any otheragency of the
United States No regulatory authority
FAA, FRA, FHWA, and USCG are regulators
NTSB is free to criticize regulations and regulators Focus is on fact-gathering and analysis
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB
Organizational Chart
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB
Organizational Chart
Presidential appointees with 5-year terms
Chairman has 2-year term
Requires Senate confirmation No more than 3 can be from same party
A small agency (400 people) with huge impact
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB Accident Investigation Process
NTSB Responds 24/7/365 When Accident Occurs
Go Team arrives on-site within hours Investigator In Charge (IIC) manages the process
Team of experts who have worked together before
Member-on-call is the spokesperson Public affairs officer provides information flow
NTSB communicates with the media
Regular and frequent briefings
Focus on facts, not speculation or rumor
All information goes through one point of contact
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB Accident Investigation Process
NTSB Responds 24/7/365 When Accident Occurs
Investigation has two distinct phases:1. Fact-gathering (may also include public hearing)
2. Analysis
1. External parties are invited to join Phase 1 All stakeholders included (airlines, pilots, FAA, etc.)
They receive access to information as its collected
Competition among parties is beneficial
Access may be withdrawn if parties act badly
NTSB leverages its resources through party system
May hold public hearings
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBThe NTSB Accident Investigation Process
NTSB Responds 24/7/365 When Accident Occurs
2. NTSB internal staff conduct Phase 2 (analysis): Reduces chances of conflict of interest
External parties can submit their own analysis
Must rule out other possibilities to determineprobable cause
Accident report is written Contains facts, analysis, recommendations
Must be approved by ORE, OGC, board membersbefore release
Not admissible as evidence in court!
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 13
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NTSBExample 1: Colgan Air Flight #3407
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 14
2/12/09, 22:17 ESTNear Buffalo, NY
All 49 on board and
1 on the ground
were killed
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NTSBExample 1: Colgan Air Flight #3407
Also called Continental Connection (code-share)
Crashed near Buffalo, NY, 22:17 EST, 2/12/09
All 49 on board died, and 1 person on ground
NTSB Go-Team led by IIC Lorenda Ward Arrived at the scene early next morning
Member Steven Chealander was spokesperson
Accident report adopted 2/2/10 First time investigation took less than 1 year
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 1: Colgan Air Flight #3407
The National Transportation Safety Board determines that the
probable cause of this accident was the captains inappropriate
response to the activation of the stick shaker, which led to an
aerodynamic stall from which the airplane did not recover.
Contributing to the accident were (1) the flight crews failure to
monitor airspeed in relation to the rising position of the low speedcue, (2) the flight crews failure to adhere to sterile cockpit
procedures, (3) the captains failure to effectively manage the
flight, and (4) Colgan Airs inadequate procedures for airspeed
selection and management during approaches in icing conditions. NTSB/AAR-10/01
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 1: Colgan Air Flight #3407
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 17
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NTSBExample 1: Colgan Air Flight #3407
Accident Report Contained Several Insights
Pilot Error Captain took exactly the wrong action
Pilots failed to follow Sterile Cockpit Rule
Hiring and Training Practices at Colgan Air Captain failed numerous tests during his career
Manifestation of bigger issues
Code-sharing practice Regulatory capture
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 1: Colgan Air Flight #3407
2011 by Fielding, Lo, and YangAll Rights Reserved
9 June 2011 Slide 19
Source:
NTSB
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NTSBExample 2: Minneapolis I-35W Highway Bridge
8/1/07 18:05 CST
13 people werekilled, 145 injured
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 2: Minneapolis I-35W Highway Bridge
NTSB does not have primacy for highway accidents
State police, local police, DPW, etc.
NTSB a welcome addition on the scene
Technical expertise
Communication with the public Objectives complement those of the police dept
Consulting firm hired by MN governor for parallel
investigation
NTSB established its authority
Consulting firm supported through party system
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 2: Minneapolis I-35W Highway Bridge
Party system in action
FHA, MN DOT, MN state police, Minneapolis police, HennepinCounty sheriffs office, Progressive Contractors
(maintenance), Jacobs Engineering (bridge design), etc.
Former Ph.D. student with thesis on this bridge
Cooperation and competition among the parties Finger-pointing between MN DOT and PCI, the construction
contractor (section 4.2 in paper)
Collectively revealed complete set of facts
Time constraints imposed by other parties
Controversies related to lack of public hearing
Accident report released 11/14/08
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 2: Minneapolis I-35W Highway Bridge
Source: NTSB/HAR-08/03 Report (2008, Figure 6)
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 2: Minneapolis I-35W Highway Bridge
The National Transportation Safety Board determines that the probable cause
of the collapse of the I-35W bridge in Minneapolis, Minnesota, was theinadequate load capacity, due to a design error by Sverdrup & Parcel and
Associates, Inc., of the gusset plates at the U10 nodes, which failed under a
combination of (1) substantial increases in the weight of the bridge, which
resulted from previous bridge modifications, and (2) the traffic and
concentrated construction loads on the bridge on the day of the collapse.
Contributing to the design error was the failure of Sverdrup & Parcels quality
control procedures to ensure that the appropriate main truss gusset plate
calculations were performed for the I-35W bridge and the inadequate design
review by Federal and State transportation officials. Contributing to the
accident was the generally accepted practice among Federal and State
transportation officials of giving inadequate attention to gusset plates duringinspections for conditions of distortion, such as bowing, and of excluding
gusset plates in load rating analyses.
NTSB/HAR-08/03
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBExample 2: Minneapolis I-35W Highway Bridge
NTSB accident report (NTSB/HAR-08/03):
Released 11/14/08 (accident happened 8/1/07)
Additional time required to rule out other
factors:
The following factors were considered, but
excluded, as being causal to the collapse:
corrosion damage in gusset plates at the L11
nodes, fracture of a floor truss, preexistingcracking, temperature effects, and pier
movement. (NTSB/HAR-08/03, p. xiv)
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBWill This Work For Other Industries?
Transportation accidents are discrete in time and
limited in scope Permits in-depth forensic investigations
Financial crises are continuously evolving andmarkets cannot easily be paused
Transportation accidents are clearly defined
NTSB mostly reactive but still highly effective
Financial crises not always easily defined
Transportation accidents are cause-and-effect Financial accidents can be more complex
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NTSBWill This Work For Other Industries?
In transportation, nobody profits from an
accident (except undertakers)
You can trust people to be honest and moral about not
killing themselves. (Jeff Marcus, NTSB safety specialist)
How many lives is $50 billion worth? (7,761)
Intellectual property protected by patents
Financial firms use trade secrecy instead
However, we believe that several key elementsare transportable
2011 by Fielding, Lo, and YangAll Rights Reserved
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NTSBWill This Work For Other Industries?
Crisis management and communication
Board structure
Independent, non-regulatory status
Non-partisan investigations and party system Subpoena power
Focus on fact-gathering and analysis, not policy
Inadmissibility of report as evidence Reputation for accuracy, integrity, usefulness
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NTSBConclusion
What role did securitization play in the crisis?
Were regulators asleep at the wheel?
If yes, which ones; if no, whats missing?
Are subprime borrowers better or worse off? Was bank accounting sufficiently accurate?
How much did monetary policy contribute?
Did the repo market fail? Should we change it? What are the welfare implications?
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NTSBConclusion
Accidents happen (normal accidents)
How we choose to respond is critical
Forensic investigation is the starting point Independence, objectivity, expertise
The party system can leverage resources
Studying failure is critical for prevention
Financial accidents may be even more serious
Official of Financial Research may play this role
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Thank You!