Titlebook: Biogeochemical Cycle of Mercury in Reservoir Systems in Wujiang River Basin, Southwest China; Xinbin Feng,Bo Meng,Lihai Shang Book 2018 Sc

Flagging

Egon Leimb?ck,Hermann Sch?nnenbeckervoir (HF), Baihua Reservoir (BH), Aha Reservoir (AH), and Wujiang River were selected in this study. The primary objectives of this chapter were seasonal variations of Hg species in different sectors of reservoirs (e.g., water column, river water, sediment, and pore water), processes of Hg methyla

逗留

多產(chǎn)魚

權(quán)宜之計

Definition und Besonderheiten von KMU,Southwest China. The concentrations and distributions of Hg species in the reservoirs (water column, sediment, and sediment pore water), the inflow/outflow rivers of the reservoirs, wet deposition, and food chains within the Wujiang River Basin were systematically investigated (Chaps.?., ., ., ., an

GIST

Cervical-Spine

諄諄教誨

集合

mitten

https://doi.org/10.1007/978-3-642-11128-0quatic ecosystem and the atmosphere. In this chapter, we (1) measured water/air exchange flux at eight reservoirs in Wujiang River Basin; (2) studied the diurnal and seasonal variations in water/air Hg flux and related factors; and (3) developed water/air Hg fluxes empirical models and estimated Hg emissions from Wujiang River.

laceration

Water/Air Mercury Flux in Reservoirs,quatic ecosystem and the atmosphere. In this chapter, we (1) measured water/air exchange flux at eight reservoirs in Wujiang River Basin; (2) studied the diurnal and seasonal variations in water/air Hg flux and related factors; and (3) developed water/air Hg fluxes empirical models and estimated Hg emissions from Wujiang River.