Elevated tropospheric O3 concentration has altered the whole biosphere and eco-environment worsely, and has influenced indirectly on soil microbes.

The effect of elevated ozone concentration on plants and insects;

Effects of elevated ozone concentration on Ginkgo biloba photosynthesis;

Experimental study on the production of high concentration ozone with strong ionization discharge;

The transport and photochemical transformation of tropospheric ozone and carbon monoxide in East Asia was studied by using a three-dimensional global atmospheric chemistry transport model MOZART-2 with two different emission scenarios.

Based on differential absorption principle, a laser radar has been developed for monitoring tropospheric ozone using Stokes output at 289 nm and XeCl laser output at 308 nm.

A coupling model of regional climate model and atmospheric chemistry model has been used to simulate increments of tropospheric ozone, radiation and climate effects of ozone which are caused by anthropogenic emission over China and the Indo-China Peninsula.

Rapid determination of the Ozone concentration in water by indigo blue reagent;

On-line test in Ozone concentration in intelligence for instruments;

Influences of the meteorological factorson the ozone concentration near the ground;