The aging population problem caused by low intention to give birth has already appeared in China and will become more severe in the future. Even with the gradual implementation of the two-child policy, there is still no significant change in the intention to have more children. Using data from...

Achieving sustainability and coping with climate change are the greatest challenges to human survival and harmonious human-nature relationship. However, we lack research on quantifying the capacity of sustainability to resist climate change over space and time. Here, we developed a...

In this study, we find that the average cash flow risk (CFR) of United States firms shows a significantly increasing trend over the past four decades or so. This does not portend well considering the significance of cash flows in maintaining a firm’s financial health and going concern status....

Growing international trade has not only positively affected the People's Republic of China's (China's) economic development, but also expanded the exportation of energy embodied in goods during their production. This energy flow out will pose risks to China's rational utilization of natural...

This paper presents a new cellular automata (CA) model which uses artificial neural networks tlsbfor both calibration and simulation. A critical issue for urban CA simulation is how to determine parameter values and define model structures. The simulation of real cities involves the use of many...

A constrained cellular automata (CA) model based on 'grey cells' for the simulation of different types of urban forms and developments is developed within a raster GIS. Remote sensing and GIS are used to supply information on environmental constraints and locations of growth centers for the...

This paper examines the factors influencing the accessibility of microcredit by rural households in China. The empirical analysis utilises logistic regression, with data collected through a household survey carried out in one province in China. A total of twelve household-level factors are...