Sentence examples for vicious feedback from inspiring English sources

Accelerating environmental change sea-level rise in Bangladesh, say, or desertifichange sea-levelcould exacerisee rining population pressures in a vicious feedBangladesh

That will lead to a vicious feedback loop in which recession widens budget deficits, swells government debts and feeds popular opposition to austerity and reform.

The prospect of Fed action has sporadically unsettled the markets, playing a role in the sell-off of emerging-market debt and raising fears of a vicious feedback loop, in which bond prices, currencies and the real economies in countries like India, Turkey and Indonesia plummet and threaten to spread contagion elsewhere around the world.

Holger Schmieding, an economist at Berenberg Bank, thinks that a loss of confidence will push the German economy into a mild recession in late 2011 and early 2012.A vicious feedback loop between growth, sovereign-debt concerns and banking woes is now in train.

This argues that the problems are deeper than a lack of fiscal discipline: there is a flaw in the way the euro zone was designed, without a lender of last resort, without joint bonds and with a vicious feedback loop that weakens both sovereigns and their banks.

The carbon dioxide amplifies the warming power of carbon pollution in a vicious feedback loop.

As depressive symptoms have a negative and influential impact on an individual's thinking, they can create a vicious negative feedback loop between maladaptive coping and depression [ 3].

The aldosterone increases tissue angiotensin-converting enzyme activity and upregulates AT1, indicating a vicious forward feedback loop resulting in increased production of both Ang II and aldosterone.

In addition, these factors can also support further osteoclast differentiation and activity, leading to a vicious positive feedback loop (the vicious tumor bone cycle) where additional growth factors are released, stimulating increased cancer cell growth and accelerated bone destruction.

ROS generation and cytosolic Zn2+ accumulation have a critical role in driving delayed CA1 pyramidal neuronal death, but the molecular mechanisms underlying such a vicious positive feedback during reperfusion remain poorly understood.

At these stages, the upregulation of JAM-A could facilitate vascular inflammation resulting from T-lymphocyte activation and help to form the vicious positive feedback circle leading to hypertension.