Sentence examples for models predicted more from inspiring English sources

In talking with my colleagues at other gardens around the country, we're saying climate models predicted more extreme weather.

However, the regional models, predicted more taxa than the National model, were more accurate and had lower misclassification errors when placing sites into pre-defined groups.

Climate change models predict more frequent and severe rainfall events in some parts of the globe, many of which are dominated by calcareous soils.

Results indicated that: (1) groups were more confident than, and out-performed, individuals, (2) group decision making was best captured by models predicting more influence for more accurate members when the intervention was used and more influence for more confident members in its absence, and (3) groups that received the intervention out-performed groups that did not.

While our experiment suggests that epiphytes in our study system show some resistance to climate change, climate models predict more severe droughts in parts of the Andes.

The models predict more regular oscillations if ARF is present and suggest the need for further experiments in ARF positive cells to test these predictions.

† Predicted number of deaths rounded to nearest whole number Overall, the ER positive and ER negative prognostic models were well-calibrated, although both models predict more breast cancer deaths than observed.

For the forest dominated scenarios, the model predicted more stable hydrology (less flashy) with lower average flows.

The model predicted more than 23,000 square kilometers of cooler tropical waters around the world, where sunlight and nutrients were still intense enough for kelp to flourish.

For example, our model predicted more than 60% glucose yield can be achieved by treating an equal part blend of energy cane, corn stover, and switchgrass with alkali pretreatment at 120 °C for 14.8 h.

In general, the three dimensional model predicted more heat generation than the porous-electrode theory model at large discharge rates due to the wider distribution of physical and electrochemical properties.