Sentence examples for an equivalent reduction in from inspiring English sources

Reducing carbon in China is more efficient, costing much less than an equivalent reduction in Europe.

Mitigation strategies that draw down excess CO2 from the atmosphere would then assume an importance greater than an equivalent reduction in emissions.

In addition, in the laboratory we found that watering with leachate from P. radiata plantations produced an equivalent reduction in C. alba seed germination when compared with watering with native forest litter leachate.

In general, the atypical antipsychotic medications produce an equivalent reduction in symptoms compared to typical neuroleptic medications and generally cause fewer undesirable side effects (see Geddes et al, 2000 for a review; however, see also Davis and Chen, 2002, 2001 for an alternate view suggesting superior symptom reduction for atypicals).

The optical absorbance intensity decreases with increasing fluence, and near complete suppression is observed at approximately 2.5 × 1014 (11B+)/cm2, resulting in an equivalent reduction in signal intensity for resonant Raman spectroscopy.

Extinction risk associated with naturally occurring habitat patches depends on the distribution of regionally endemic species; where this is not solely a function of habitat area, the loss of small patches can represent higher risk than an equivalent reduction in total habitat area across the network.

Reduced industrial water consumption is always accompanied by an approximately equivalent reduction in wastewater disposal.

These DC/T cell responses resulted in an equivalent reduction of bacterial growth following infection with M. bovis BCG, whereas no protection was observed when Alum was used as adjuvant.

Up to a 60% viscosity reduction was obtained over the range of shear rates tested for the plasticized copolymer containing up to 6.7 wt% CO2 °C1 °C Tg reduction), corresponding to as much as a 30 °C equivalent reduction in processing temperature.

In this paper we seek to determine whether the aforementioned increase in overall NSAID expenditure can be accounted for by substitution i.e. the increased prescribing of (more expensive) selective COX-2 inhibitors and a simultaneous equivalent reduction in the prescribing volume of (cheaper) older NSAIDs.

We assess whether this expenditure increase can be accounted for by substitution – an increased prescribing of two (more expensive) selective COX-2 inhibitors (celecoxib and rofecoxib) and a simultaneous equivalent reduction in the prescribing volume of three (cheaper) older NSAIDs (diclofenac, ibuprofen and naproxen).