Energy use and CO 2 emissions are inextricably linked. Energy utilization leads to an
increase in CO 2 emissions, which will in turn limit the formulation of energy policies and …

Human factors/errors (such as inappropriate actions by operators and unsafe supervision by
organizations) are a primary cause of oil spill incidents. To investigate the influences of …

The vague and fuzzy parametric information is a challenging issue in irrigation water
management problems. In response to this problem, a generalized fuzzy credibility …

In this study, a Bayesian-based multilevel factorial analysis (BMFA) method is developed to
assess parameter uncertainties and their effects on hydrological model responses. In BMFA …

Energy usage and CO 2 emission have intimate and inseparable linkages. The growth of
energy usage causes an increase in CO 2 emissions, which will in turn constrain the related …

This study developed an inexact optimization modelling approach for supporting regional
energy systems decision-making and greenhouse gas emission mitigation under …

To understand the water balance and other environmental impacts under climate change
condition, hydrological models are used to simulate the hydrological cycle and predict future …

Shorter product lifecycles, more liberal return policies and the rise of internet marketing
increased the amount of product returns in recent years. Companies must have a well …

Rapid urbanization has challenged the utilization and the circulation of water, especially in
rapidly developing regions. It is necessary to disaggregate virtual water metabolic networks …

A Monte Carlo simulation based interval chance-constrained programming (MC-ICCP)
model is developed for planning regional ecosystem under uncertainty. MC-ICCP cannot …