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Papers Containing Tag(s): 'Total Factor Productivity'

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Annual Survey of Manufactures - 103

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production - 103

manufacturing - 69

growth - 67

market - 59

produce - 56

investment - 53

econometric - 53

macroeconomic - 52

revenue - 48

expenditure - 47

sale - 45

industrial - 40

economically - 39

estimating - 38

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efficiency - 36

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productive - 33

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productivity growth - 27

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export - 22

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employ - 21

technological - 21

innovation - 21

spillover - 21

industry productivity - 21

manufacturer - 20

plant productivity - 20

enterprise - 19

leverage - 19

firms productivity - 18

profitability - 18

productivity dispersion - 17

exporter - 17

finance - 16

regression - 16

productivity plants - 16

incentive - 15

aggregate - 15

productivity measures - 15

econometrician - 15

regulation - 15

organizational - 15

factor productivity - 14

factory - 14

rates productivity - 14

stock - 14

labor productivity - 14

inventory - 13

employed - 13

employee - 13

growth productivity - 13

corporate - 13

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quarterly - 13

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investor - 12

patent - 12

takeover - 12

equity - 12

consumption - 12

aggregate productivity - 12

cost - 12

multinational - 12

accounting - 12

product - 12

statistical - 11

measures productivity - 11

import - 11

technology - 11

productivity dynamics - 11

conglomerate - 11

heterogeneity - 11

gain - 11

endogenous - 11

producing - 11

dispersion productivity - 10

payroll - 10

regress - 10

employment growth - 10

debt - 10

trend - 9

shareholder - 9

geographically - 9

shock - 9

investing - 9

invest - 9

industry concentration - 9

exogeneity - 9

tariff - 9

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spending - 9

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pollution - 9

capital - 9

ownership - 9

productivity analysis - 8

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productivity estimates - 8

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regulatory - 8

epa - 8

environmental - 8

strategic - 8

efficient - 8

plant - 8

profitable - 8

textile - 8

entrepreneur - 7

exported - 7

investment productivity - 7

productivity shocks - 7

innovating - 7

wages productivity - 7

plants firms - 7

externality - 7

level productivity - 7

monopolistically - 7

productivity differences - 7

establishment - 7

regulation productivity - 7

econometrically - 7

specialization - 7

manager - 7

yield - 7

estimates productivity - 7

analysis productivity - 7

declining - 7

exogenous - 7

bankruptcy - 7

quantity - 7

pricing - 7

commodity - 7

pollutant - 7

wholesale - 6

venture - 6

subsidy - 6

productivity impacts - 6

innovate - 6

city - 6

relocation - 6

plant investment - 6

regional - 6

competitiveness - 6

reallocation productivity - 6

area - 6

equilibrium - 6

share - 6

regressing - 6

metropolitan - 6

borrowing - 6

price - 6

productivity size - 6

management - 6

productivity increases - 6

bank - 6

liquidation - 6

productivity firms - 6

trading - 6

fluctuation - 6

impact - 6

consumer - 6

financing - 6

performance - 6

diversification - 6

retailer - 5

occupation - 5

productivity variation - 5

entrepreneurial - 5

technology adoption - 5

prospect - 5

innovation productivity - 5

innovative - 5

worker - 5

relocate - 5

salary - 5

rent - 5

plant employment - 5

industries estimate - 5

productivity wage - 5

wage growth - 5

estimates production - 5

agriculture - 5

observed productivity - 5

average - 5

technical - 5

larger firms - 5

security - 5

capital productivity - 5

recessionary - 5

budget - 5

managerial - 5

lending - 5

loan - 5

lender - 5

creditor - 5

rate - 5

utilization - 5

volatility - 5

mergers acquisitions - 5

restructuring - 5

outsourcing - 5

environmental regulation - 5

costs pollution - 5

pollution abatement - 5

owner - 5

industry variation - 5

refinery - 5

polluting - 5

commerce - 4

data census - 4

survey - 4

respondent - 4

employment effects - 4

layoff - 4

shipment - 4

regressors - 4

invention - 4

researcher - 4

innovator - 4

patenting - 4

incorporated - 4

oligopolistic - 4

region - 4

manufacturing plants - 4

country - 4

sectoral - 4

downturn - 4

firms grow - 4

decline - 4

collateral - 4

estimates employment - 4

employment dynamics - 4

oligopoly - 4

bankrupt - 4

debtor - 4

contract - 4

expense - 4

buyer - 4

practices productivity - 4

forecast - 4

asset - 4

report - 4

aggregation - 4

firms export - 4

exporting firms - 4

downstream - 4

good - 4

international trade - 4

regulated - 4

abatement expenditures - 4

manufacturing industries - 4

diversify - 4

data - 4

analysis - 4

warehouse - 3

retail - 3

grocery - 3

percentile - 3

labor statistics - 3

manufacturing productivity - 3

state - 3

shift - 3

urban - 3

microdata - 3

relocating - 3

bias - 3

disclosure - 3

industry output - 3

labor markets - 3

geography - 3

regional economic - 3

local economic - 3

tech - 3

tax - 3

outsourced - 3

sourcing - 3

industry growth - 3

employment distribution - 3

hire - 3

trends labor - 3

employment production - 3

economic growth - 3

supplier - 3

energy - 3

autoregressive - 3

credit - 3

banking - 3

imputation - 3

inflation - 3

heterogeneous - 3

hiring - 3

firms trade - 3

proprietor - 3

fund - 3

model - 3

unobserved - 3

development - 3

customer - 3

analyst - 3

agency - 3

trade models - 3

workplace - 3

valuation - 3

economic census - 3

advantage - 3

diversified - 3

plants industries - 3

measure - 3

study - 3

Viewing papers 1 through 10 of 203


  • Working Paper

    National Chains and Trends in Retail Productivity Dispersion

    September 2025

    Working Paper Number:

    CES-25-64

    Productivity dispersion within an industry is an important characteristic of the business environment, potentially reflecting factors such as market structure, production technologies, and reallocation frictions. The retail trade sector saw significant changes between 1987 and 2017, and dispersion statistics can help characterize how it evolved over this period. In this paper, we shed light on this transformation by developing public-use Dispersion Statistics on Productivity (DiSP) data for the retail sector for 1987 through 2017. We find that from 1987 through 2017, dispersion increased between retail stores at the bottom and middle of the productivity distribution. However, when we weight stores by employment dispersion, the middle of the distribution is lower initially and decreases over time. These patterns are consistent with a retail landscape featuring more and more activity taking place in chain stores with similar productivity. Firm-based dispersion measures exhibit a similar pattern. Further investigation reveals that there is substantial heterogeneity in dispersion levels across industries.
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  • Working Paper

    Job Tasks, Worker Skills, and Productivity

    September 2025

    Working Paper Number:

    CES-25-63

    We present new empirical evidence suggesting that we can better understand productivity dispersion across businesses by accounting for differences in how tasks, skills, and occupations are organized. This aligns with growing attention to the task content of production. We link establishment-level data from the Bureau of Labor Statistics Occupational Employment and Wage Statistics survey with productivity data from the Census Bureau's manufacturing surveys. Our analysis reveals strong relationships between establishment productivity and task, skill, and occupation inputs. These relationships are highly nonlinear and vary by industry. When we account for these patterns, we can explain a substantial share of productivity dispersion across establishments.
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  • Working Paper

    Technifying Ventures

    July 2025

    Working Paper Number:

    CES-25-49

    How do advanced technology adoption and venture capital (VC) funding impact employment and growth? An analysis of data from the US Census Bureau suggests that while both advanced technology use and VC funding matter on their own for firm outcomes, their joint presence is most strongly correlated with higher employment levels. VC presence is linked with a high increase in employment, though primarily among a limited subset of firms. In contrast, technology adoption is associated with a smaller rise in employment, yet it influences a considerably larger number of firms. A model of startups is created, focusing on decisions to use advanced technology and seek VC funding. The model is compared with firm-level data on employment, advanced technology use, and VC investment. Several thought experiments are conducted using the model. Some experiments assess the importance of advanced technology and VC in the economy. Others examine the reallocation effects across firms with different technology choices and funding sources in response to shifts in taxes and subsidies.
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  • Working Paper

    Private Equity and Workers: Modeling and Measuring Monopsony, Implicit Contracts, and Efficient Reallocation

    June 2025

    Working Paper Number:

    CES-25-37

    We measure the real effects of private equity buyouts on worker outcomes by building a new database that links transactions to matched employer-employee data in the United States. To guide our empirical analysis, we derive testable implications from three theories in which private equity managers alter worker outcomes: (1) exertion of monopsony power in concentrated markets, (2) breach of implicit contracts with targeted groups of workers, including managers and top earners, and (3) efficient reallocation of workers across plants. We do not find any evidence that private equity-backed firms vary wages and employment based on local labor market power proxies. Wage losses are also very similar for managers and top earners. Instead, we find strong evidence that private equity managers downsize less productive plants relative to productive plants while simultaneously reallocating high-wage workers to more productive plants. We conclude that post-buyout employment and wage dynamics are consistent with professional investors providing incentives to increase productivity and monitor the companies in which they invest.
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  • Working Paper

    Firm Heterogeneity, Misallocation, and Trade

    May 2025

    Authors: John Chung

    Working Paper Number:

    CES-25-33

    To what extent do domestic distortions influence the gains from trade? Using data from Chinese manufacturing surveys and U.S. census records, I document two novel stylized facts: (1) Larger producers in China exhibit lower revenue productivity, whereas larger producers in the U.S. exhibit higher revenue productivity. (2) Larger exporters in China exhibit lower export intensity, whereas larger exporters in the U.S. exhibit higher export intensity. A model of heterogeneous producers shows that only the U.S. patterns are consistent with an efficient allocation. To reconcile the observed patterns in China, I introduce producer- and destination-specific subsidies and estimate the model without imposing functional form assumptions on the joint distribution of productivity and subsidy rates. Accounting for distortions in China leads to substantially smaller estimated gains from trade.
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  • Working Paper

    The Rising Returns to R&D: Ideas Are Not Getting Harder to Find

    May 2025

    Working Paper Number:

    CES-25-29

    R&D investment has grown robustly, yet aggregate productivity growth has stagnated. Is this because 'ideas are getting harder to find'? This paper uses micro-data from the US Census Bureau to explore the relationship between R&D and productivity in the manufacturing sector from 1976 to 2018. We find that both the elasticity of output (TFP) with respect to R&D and the marginal returns to R&D have risen sharply. Exploring factors affecting returns, we conclude that R&D obsolescence rates must have risen. Using a novel estimation approach, we find consistent evidence of sharply rising technological rivalry. These findings suggest that R&D has become more effective at finding productivity-enhancing ideas but these ideas may also render rivals' technologies obsolete, making innovations more transient.
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  • Working Paper

    The Rise of Industrial AI in America: Microfoundations of the Productivity J-curve(s)

    April 2025

    Working Paper Number:

    CES-25-27

    We examine the prevalence and productivity dynamics of artificial intelligence (AI) in American manufacturing. Working with the Census Bureau to collect detailed large-scale data for 2017 and 2021, we focus on AI-related technologies with industrial applications. We find causal evidence of J-curve-shaped returns, where short-term performance losses precede longer-term gains. Consistent with costly adjustment taking place within core production processes, industrial AI use increases work-in-progress inventory, investment in industrial robots, and labor shedding, while harming productivity and profitability in the short run. These losses are unevenly distributed, concentrating among older businesses while being mitigated by growth-oriented business strategies and within-firm spillovers. Dynamics, however, matter: earlier (pre-2017) adopters exhibit stronger growth over time, conditional on survival. Notably, among older establishments, abandonment of structured production-management practices accounts for roughly one-third of these losses, revealing a specific channel through which intangible factors shape AI's impact. Taken together, these results provide novel evidence on the microfoundations of technology J-curves, identifying mechanisms and illuminating how and why they differ across firm types. These findings extend our understanding of modern General Purpose Technologies, explaining why their economic impact'exemplified here by AI'may initially disappoint, particularly in contexts dominated by older, established firms.
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  • Working Paper

    Growth is Getting Harder to Find, Not Ideas

    April 2025

    Working Paper Number:

    CES-25-21

    Relatively flat US output growth versus rising numbers of US researchers is often interpreted as evidence that "ideas are getting harder to find." We build a new 46-year panel tracking the universe of U.S. firms' patenting to investigate the micro underpinnings of this claim, separately examining the relationships between research inputs and ideas (patents) versus ideas and growth. Over our sample period, we find that researchers' patenting productivity is increasing, there is little evidence of any secular decline in high-quality patenting common to all firms, and the link between patents and growth is present, differs by type of idea, and is fairly stable. On the other hand, we find strong evidence of secular decreases in output unrelated to patenting, suggesting an important role for other factors. Together, these results invite renewed empirical and theoretical attention to the impact of ideas on growth. To that end, our patent-firm bridge, which will be available to researchers with approved access, is used to produce new, public-use statistics on the Business Dynamics of Patenting Firms (BDS-PF).
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  • Working Paper

    Contrasting the Local and National Demographic Incidence of Local Labor Demand Shocks

    July 2024

    Working Paper Number:

    CES-24-36

    This paper examines how spatial frictions that differ among heterogeneous workers and establishments shape the geographic and demographic incidence of alternative local labor demand shocks, with implications for the appropriate level of government at which to fund local economic initiatives. LEHD data featuring millions of job transitions facilitate estimation of a rich two-sided labor market assignment model. The model generates simulated forecasts of many alternative local demand shocks featuring different establishment compositions and local areas. Workers within 10 miles receive only 11.2% (6.6%) of nationwide welfare (employment) short-run gains, with at least 35.9% (62.0%) accruing to out-of-state workers, despite much larger per-worker impacts for the closest workers. Local incidence by demographic category is very sensitive to shock composition, but different shocks produce similar demographic incidence farther from the shock. Furthermore, the remaining heterogeneity in incidence at the state or national level can reverse patterns of heterogeneous demographic impacts at the local level. Overall, the results suggest that reduced-form approaches using distant locations as controls can produce accurate estimates of local shock impacts on local workers, but that the distribution of local impacts badly approximates shocks' statewide or national incidence.
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  • Working Paper

    Good Dispersion, Bad Dispersion

    March 2024

    Working Paper Number:

    CES-24-13

    We document that most dispersion in marginal revenue products of inputs occurs across plants within firms rather than between firms. This is commonly thought to reflect misallocation: dispersion is 'bad.' However, we show that eliminating frictions hampering internal capital markets in a multi-plant firm model may in fact increase productivity dispersion and raise output: dispersion can be 'good.' This arises as firms optimally stagger investment activity across their plants over time to avoid raising costly external finance, instead relying on reallocating internal funds. The staggering in turn generates dispersion in marginal revenue products. We use U.S. Census data on multi-plant manufacturing firms to provide empirical evidence for the model mechanism and show a quantitatively important role for good dispersion. Since there is less scope for good dispersion in emerging economies, the difference in the degree of misallocation between emerging and developed economies looks more pronounced than previously thought.
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