Sentence examples for far more understanding from inspiring English sources

"What we would say is that there is still far more understanding that is required for any type of impacts of C02 on carbon concerns".

Addressing this assymetry will, as Mr Sen notes, take far more understanding and cooperation than the world has yet shown itself capable of demonstrating.(Photo credit: AFP).

There were still challenges in terms of public health; in social care and in mental health, where far more understanding was needed about the subject and how to deal with it.

"Devolution deals can drive economic development, but the process needs far more understanding and flexibility from government to work for the counties, who have different needs and organisational structures.

"We use what we call a then-and-now set-up," said Keith Bobier, senior director for marketing at the Englewood Cliffs, N.J., office of Unilever, "to show people the difference between life as it used to be and today, when there's far more understanding of health concerns".

When Goldenberg eventually did extract a statement from the company's corporate communications boss Viv Svec, she was told the company regarded climate change as a "modelled crisis" and that there was "still far more understanding that is required" to justify any concerns over the impacts of carbon dioxide emissions.

The involvement of large insurers in funding personal injury or employment claims has led to a far more acute understanding of the likely cost of simpler litigation.

A far more accurate understanding of who swung should be available in a few months after the Australian Electoral Study for 2013, run by the ANU, is completed.

With this goes a far more comprehensive understanding of structural requirements, so that adequate strength can be maintained even as reductions are made in weight.

But Mrs Obama's book is intelligent, and displays a far more nuanced understanding of the many causes of obesity than Nanny Bloomberg does.

Obama's initiative would develop techniques for gathering dynamic, moving images in which each voxel corresponds to a single neuron, an enormous leap in resolution that is likely to lead to a far more precise understanding of the brain.