Sentence examples for managed highly from inspiring English sources

"If one wants to recreate pre-Columbian Amazonia, most of the forest needs to be removed, with many people and a managed, highly productive landscape replacing it," said William Woods, a geographer at the University of Kansas who is part of a team studying the Acre geoglyphs.

That's a mouthful, but it's essentially Kafka as a fully managed, highly available service on AWS.

In contrast, managed highly productive grass swards dominated by perennial ryegrass and clover, which are common on fertile soils throughout the country, are effective in preventing reversion to woody vegetation (Levy [1970]).

Proved he could manage highly tricky egos during his stewardship of such high-maintenance indidivuals as Jay‑Jay Okocha, Youri Djorkaeff and Nicolas Anelka at Bolton.

Mr. Skyler, 36, is the city's youngest deputy mayor, but he shoulders the greatest responsibilities, managing highly visible operations — like the efficiency of ambulance response times and trash pickups — by which most New Yorkers measure the effectiveness of their government.

But advertisers who manage highly effective, fine-tuned campaigns to maximize ROI will need to start over from scratch.

So, understanding the determinants of variation in species richness and how it is, in turn, influenced by grazing can offer a framework to interpret and manage highly variable impacts of herbivores on grazing ecosystems.

McClendon explained to me that voter rolls are one of the few paths states have to engage with big data, but there are a lot of challenges in managing highly sensitive and personal information.

The algorithm uses fuzzy logic and allows to describe position, velocity and size of the detected regions in a comprehensive way, so the proposed approach works with low level information but manages highly comprehensive linguistic concepts.

In this paper, we report on our experience applying an ABSA framework (Rainbow) to a large-scale commercial software system, called Data Acquisition and Control Service (DCAS), which is used to monitor and manage highly populated networks of devices in renewable energy production plants.

Difficulties predicting material loss in industrial machinery, financial and security impacts due to early failure of worn components and the necessity of managing highly aggressive slurries (e.g. oilsands), have motivated the application of surface engineering solutions to reduce the negative effects of erosion corrosion processes.