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Following the 2007-09 financial crisis, regulations were introduced that increased the cost of entering into repurchase agreements (repo) for bank holding companies (BHC). As a consequence, banks and securities dealers associated with BHCs, a set of firms which dominates the repo market, were predicted to pull back from the market. In this blog post, we examine whether this changed environment allowed new participants, particularly those not subject to the new regulations, to emerge. We find that although new participants have come on the scene and made gains, they remain a small part of the overall repo market.
In our second post on the Lehman bankruptcy, we discussed the cost to Lehman’s creditors from having their funds tied up in bankruptcy proceedings. In this post, we focus on losses to Lehman’s customers and employees from the destruction of firm-specific assets that could not be deployed as productively with other firms. Our conclusions are based in part on what happened after bankruptcy—whether, for example, customer accounts moved to other firms or employees found jobs elsewhere. While these costs are difficult to pin down, the analysis suggests that the most notable losses were borne by mutual funds that relied on Lehman’s specialized brokerage advice and firms that employed Lehman for its equity underwriting services.
In bankruptcy, firms incur expenses for services provided by lawyers, accountants, and other professionals. Such expenses can be quite high, especially for complex resolutions. These direct costs of bankruptcy proceedings reduce a firm’s value below its fundamental level, thus constituting a “deadweight loss.” Bankruptcy also carries indirect costs, such as the loss in value of assets trapped in bankruptcy—a subject discussed in our previous post. In this post, we provide the first comprehensive estimates of the direct costs of resolving Lehman Brothers’ holding company (LBHI) and its affiliates under Chapter 11 of the U.S. Bankruptcy Code, and of Lehman’s broker-dealer (LBI) under the Securities Investor Protection Act (SIPA).
Lehman Brothers Holdings Inc. (LBHI) filed for Chapter 11 bankruptcy protection on September 15, 2008, initiating one of the largest and most complex bankruptcy proceedings in history. Recovery prospects for creditors, who submitted about $1.2 trillion of claims against the Lehman estate, were quite bleak. This week, we will publish a series of four posts that provide an assessment of the value lost to Lehman, its creditors, and other stakeholders now that the bankruptcy proceedings are winding down. Where appropriate, we also consider the liquidation of Lehman’s investment banking affiliate, which occurred in separate proceedings under the Securities Investor Protection Act (SIPA).
Adam Copeland, Michael Fleming, Frank Keane, and Radhika Mithal
The Treasury Market Practices Group (TMPG) recently released a consultative white paper on clearing and settlement processes for secondary market trades of U.S. Treasury securities. The paper describes in detail the many ways Treasury trades are cleared and settled— information that may not be readily available to all market participants—and identifies potential risk and resiliency issues. The work is designed to facilitate discussion as to whether current practices have room for improvement. In this post, we summarize the current state of clearing and settlement for secondary market Treasury trades and highlight some of the risks described in the white paper.
Editor's note: In the original version of this blog post, a computational error was reflected in the chart “Distribution of Premiums Paid on ‘Excess Capacity’ Repos” and related text. Both have been corrected. (October 23, 2017, 12:37 p.m.)
In a previous post, we showed that dealers sometimes enter into tri-party repo contracts to acquire excess funding capacity, and that this strategy is most prevalent for the agency mortgage-backed securities (MBS) and equity asset classes. In this post, we examine the maturity of the repos used to pursue this strategy and estimate the associated costs. We find that repos that generate excess funding capacity for equities and corporate debt have longer maturities than the average repo involving either of these asset classes. Furthermore, the premiums dealers pay to maintain excess funding capacity can be substantial, particularly for equities.
Security dealers sometimes enter into tri-party repo contracts to fund one class of securities with the expectation they will wind up settling the contract with higher quality securities. This strategy is costly to dealers because they could have borrowed funds at lower rates had they agreed to use the higher-quality securities at the outset. So why do dealers do this? Why obtain or arrange excess funding for the initial asset class? In this post, we discuss possible rationales for an excess funding strategy and measure the extent of excess funding capacity in the tri-party repo market. In a second post, we examine the maturities of repos used to generate excess funding capacity and estimate the costs of this strategy.
Regulatory reforms since the financial crisis have sought to make the financial system safer and severe financial crises less likely. But by limiting the ability of regulated institutions to increase their balance sheet size, reforms—such as the Dodd-Frank Act in the United States and the Basel Committee's Basel III bank regulations internationally—might reduce the total intermediation capacity of the financial system during normal times. Decreases in intermediation capacity may then lead to decreased liquidity in markets in which the regulated institutions intermediate significant trading activity. While recent commentary by market participants claims that this is indeed the case—a Wall Street Journal article [subscription required] notes that “three-quarters of institutional bond investors say that liquidity provided by bond dealers has declined in the past year...”—empirical studies have struggled to find evidence supporting this narrative. In this post, we summarize the findings of our recent article in the Journal of Monetary Economics that addresses the apparent disconnect between the market-participant commentary and the empirical evidence by focusing on the relationship between bond-level liquidity and financial institutions’ balance sheet constraints.
Viral V. Acharya, Michael J. Fleming, Warren B. Hrung, and Asani Sarkar
During the 2007-08 financial crisis, the Fed established lending facilities designed to improve market functioning by providing liquidity to nondepository financial institutions—the first lending targeted to this group since the 1930s. What was the financial condition of the dealers that borrowed from these facilities? Were they healthy institutions behaving opportunistically or were they genuinely distressed? In published research, we find that dealers in a weaker financial condition were more likely to participate than healthier ones and tended to borrow more. Our findings reinforce the importance of Bagehot’s principle that the lender-of-last resort should lend only against high-quality collateral and at a penalty rate so as to discourage unneeded or opportunistic borrowing.
Alexandra Altman, Kathryn Bayeux, Marco Cipriani, Adam Copeland, Scott Sherman, Brett Solimine
Editor’s note: When this post was first published, the linked file with historical rates and volumes for the three Treasury repo rates had some minor errors. The data and related charts have been corrected. These changes did not alter the authors’ conclusions. (January 30, 2018, 4:00 p.m.)
Editor’s note: In the data file originally released with this post, some repo volume figures were misaligned with their dates; the problem has been corrected. (December 19, 2016, 11:15 a.m.)
In its recent “Statement Regarding the Publication of Overnight Treasury GC Repo Rates,” the Federal Reserve Bank of New York, in cooperation with the U.S. Treasury Department’s Office of Financial Research, announced the potential publication of three overnight Treasury general collateral (GC) repurchase (repo) benchmark rates. Each of the proposed rates is designed to capture a particular segment of repo market activity. All three rates, as currently envisioned, would initially be based on transaction-level overnight GC repo trades occurring on tri-party repo platforms. The first rate would only include transactions in the tri-party repo market, excluding both General Collateral Finance Repo Service, or GCF Repo®, transactions and Federal Reserve transactions. (GCF Repo is a registered service mark of the Fixed Income Clearing Corporation.) Henceforth in this post, this segment will be referred to as tri-party ex-GCF/Fed. The second rate would build on the first by including GCF Repo trading activity while still excluding Federal Reserve transactions. Finally, the third rate would include tri-party ex-GCF/Fed transactions, GCF Repo transactions, and Federal Reserve transactions. The repo benchmark rates would be calculated as volume-weighted medians, as is currently the case for the production of the effective federal funds rate (EFFR) and the overnight bank funding rate (OBFR), and would be accompanied by summary statistics. The three proposed rate compositions result from staff analysis on the various market segments and characteristic trading behavior, though the New York Fed expects to work with the Board of Governors of the Federal Reserve System to seek public comment on the composition and calculation methodology for these rates before adopting a final publication plan.
Liberty Street Economics features insight and analysis from New York Fed economists working at the intersection of research and policy. Launched in 2011, the blog takes its name from the Bank’s headquarters at 33 Liberty Street in Manhattan’s Financial District.
The editors are Michael Fleming, Andrew Haughwout, Thomas Klitgaard, and Asani Sarkar, all economists in the Bank’s Research Group.
The views expressed are those of the authors, and do not necessarily reflect the position of the New York Fed or the Federal Reserve System.
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