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200 10$aOne money, one market$b[electronic resource] $ea revised benchmark /$fprepared by Theo Eicher and Christian Henn
210   $a[Washington, D.C.] $cInternational Monetary Fund, Strategy, Policy, and Review Dept.$d2009
215   $a1 online resource (25 p.)
225 1 $aIMF working paper ;$vWP/09/186
300   $a"September 2009."
311   $a1-4519-1758-9 
327   $aContents; I. Introduction; II. Data; III. Empirical Implementation of the Gravity Model; IV. Multilateral Resistance and the Trade Effects of Currency Unions; V. Benchmark CU Trade Effects addressing Multilateral Resistance and Unobserved Bilateral Heterogeneity; VI. Sensitivity Analysis; VII. Conclusion; Tables; 1. Trade Effects of Currency Unions; 2. Sensitivity Analysis: Average Currency Union Effects on Trade; 3. Sensitivity Analysis: Trade Effects of Individual Currency Unions; Appendix Table; A1. Countries in Sample; A2. Membership and Observations for Currency Unions and Boards
327   $aA3. Membership in Preferential Trade AgreementsA4. Bilateral Preferential Trade Agreements; References
330   $aThe introduction of the euro generated substantial interest in measuring the impact of currency unions (CUs) on trade flows. Rose's (2000) initial estimates suggested a tripling of trade and created a literature in search of ""more reasonable"" CU effects. A recent meta-analysis of this literature shows that subsequent papers quantify CU trade impacts at 30-90 percent. However, most recent studies use shorter time series and fewer countries than Rose in his original work. We revisit Rose's original benchmark, extend the dataset, and address Baldwin's (2006) critiques regarding the proper speci
410  0$aIMF working paper ;$vWP/09/186.
606   $aMonetary unions
606   $aTariff
606   $aFree trade
608   $aElectronic books.
615  0$aMonetary unions.
615  0$aTariff.
615  0$aFree trade.
676   $a332.4566094
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701   $aHenn$b Christian$f1978-$0895010
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200 00$aMethods of soil analysis$hPart 4$iPhysical methods /$fJacob H. Dane and G. Clarke Topp, co-editors
210  1$aMadison, Wisconsin :$cSoil Science Society of America,$d2002.
215   $a1 online resource (xli, 1692 pages)
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606   $aSoil physical chemistry
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