Narrow Results

This paper presents a simple method for estimating the size of environmental capital (KN) assets that are otherwise mistaken as infinite. An illustration is provided for Australia’s air shed. The method draws on the perpetual inventory method (PIM) used in macroeconomics for measuring the size of manufactured capital (KM) stock. While the application of the PIM for measuring KM is based on net accumulation over time, with KN it involves net depreciation over time. The depreciation, however, can be negated by the resilience capabilities of KN assets based on their biophysical characteristics. Owing to sparse data, two proxy methods for estimating the resilience coefficient are developed. These proxies rely on emission targets and standards that have been discussed in Australia’s policy context.

In this paper, we apply several variants of the EGARCH model to examine the role of depreciation of the Indian rupee on India's stock market returns using daily data. Our findings suggest that volatility persistence has been high; depreciation of the rupee has increased volatility; and asymmetric volatility confirms that negative shocks generate more volatility than positive shocks. We also find that an appreciation of the Indian rupee over the 2002 to 2006 has generated more returns and less volatility.

This study develops a model to explain why accounting procedures, also known as Generally Accepted Accounting Principles, are “generally accepted”. For this purpose, we focus on depreciation defined as the rational and systematic allocation of the original cost of an asset over the expected useful life of that asset. We investigate what it means to be “rational” using cooperative game theory. We show that cost allocations determined by the straight-line (SL) method, which is conventionally used worldwide, are elements of the core and that the conditions of the core can be rational in practice. Furthermore, we examine the relationship between the SL method and other solution concepts, such as the Shapley value and the nucleolus. Our next step is to clarify the characteristics besides the core selection of the SL method, those of other depreciation methods used in practice, and the logical relations between these characteristics.