This paper studies accrual accounting and equity valuation in the context of a firm that makes repeated and overlapping investments in productive capacity. The analysis identifies a particular accrual accounting (depreciation) rule that is termed replacement cost accounting because the book value of existing capacity assets is set equal to the value that such assets would have if a competitive market were to exist for used assets. It is shown that replacement cost accounting aggregates past investment decisions of the firm without a loss of value‐relevant information. The intrinsic value of the firm can then be expressed as a function of current accounting data and certain parameters of the firm’s operating environment. Further, it is shown that replacement cost accounting is essentially the only accounting rule with this informational sufficiency property.

This paper studies how information disclosure affects investment efficiency and investor welfare in a dynamic setting in which a firm makes sequential investments to adjust its capital stock over time. We show that the effects of accounting disclosures on investment efficiency and investor welfare crucially depend on whether such disclosures convey information about the firm's future capital stock (i.e., balance sheet) or about its future operating cash flows (i.e., earnings). Specifically, investment efficiency and investor welfare unambiguously increase in the precision of disclosures that convey information about the future capital stock, since such disclosures mitigate the current owners' incentives to underinvest. In contrast, when accounting reports provide information about future cash flows, the firm can have incentives to either under- or overinvest depending on the precision of accounting reports and the expected growth in demand. For such disclosures, investment efficiency and investor welfare are maximized by an intermediate level of precision. The two types of accounting disclosures act as substitutes in that the precision of capital stock disclosures that maximizes investment efficiency (and investor welfare) decreases as cash flow disclosures become more informative and vice versa.

This paper extends the Q-theory of investment to capital goods with arbitrary efficiency profiles. When efficiency is non-geometric, the firm’s capital stock and the replacement cost of its assets are fundamentally different aggregates of the firm’s investment history. If capital goods have constant efficiency over a finite useful life, simple proxies are readily available for both the replacement cost of assets in place and capital stock. Under this assumption, we decompose the total investment rate along two dimensions: into its net and replacement components, and into its cash and non-cash components. We show these components exhibit significantly different economic determinants and behavior.

We study how information disclosure affects the cost of equity capital and investor welfare in a dynamic setting. We show that a firm’s cost of capital decreases (increases) in the precision of public disclosure if the firm’s growth rate is below (above) a certain threshold. The threshold growth rate is higher when the firm’s cash flows are more persistent, or when other firms in the economy are growing at low rates. While current shareholders always prefer maximum public disclosure, future shareholders’ welfare decreases (increases) in the precision of public disclosure if the firm’s growth rate is below (above) the threshold.

Existing dynamic investment models that show that a manager can be incentivized to implement the optimal investment policy rely on the assumption that the firm is operating in an ever-expanding product market. This paper presents an analytically tractable, discrete-time, neoclassical model with irreversible investment and the possibility of unfavorable demand events. We show that even when the principal is uninformed about changes in demand for the firm's output, there exists a performance measurement system that leads to goal congruent investment incentives for the manager. If the principal can observe the unfavorable demand events, then goal congruence can be achieved using very simple accrual accounting rules, such as straight-line depreciation.

A large body of empirical research in accounting investigates the causes and consequences of accruals quality, reaching numerous influential conclusions. Yet little work has been done to systematically evaluate the validity of the underlying measures of accruals quality. We evaluate these measures using three criteria: (1) Is the measure unaffected by the underlying economic determinants of accruals? (2) Does the measure consistently reflect errors in accruals? (3) Does the measure facilitate tests with sufficient power to detect plausible variation in accrual errors? Using a combination of theoretical modeling and numerical simulations, we show that all measures fail at least one of these criteria. Our evaluation provides new interpretations of existing research and guides the choice of measures and the interpretation of results in future research. Data Availability: Data are available from the public sources identified in the paper.

In a dynamic setting with demand following a random process, we ask how investment and operating decisions can be delegated to a manager with unknown time preferences. Only the manager observes the demand realization in each period and, therefore, has private information when choosing whether to acquire the productive asset and, subsequently, how to utilize it. We derive accrual accounting-based performance measures under which the manager will make the efficient decisions provided the investment date is exogenously given. We show that in an environment where demand follows a martingale process, the corresponding accounting rules are more decelerated if the firm has the option to idle capacity in case of negative demand shocks. We then describe the limitations of accounting-based performance measures in a scenario where the investment date is endogenously determined, i.e., the firm has an option to wait.