• Nenhum resultado encontrado

Dissolved organic carbon (DOC) in Arctic ground ice

N/A
N/A
Protected

Academic year: 2017

Share "Dissolved organic carbon (DOC) in Arctic ground ice"

Copied!
38
0
0

Texto

Imagem

Table 1. Summary of study areas, study sites, stratigraphy of the host sediments, ground ice inventory and the studied ice types.
Table 2. Summarized DOC and DIC concentrations of di ff erent massive ground ice types.
Table 3. DOC stocks and pools in late Pleistocene and Holocene permafrost containing ice wedges (IW) based on calculated wedge-ice volumes (WIV) in Yedoma and thermokarst basin deposits
Figure 1. Study area and study sites (dots) for massive ground ice sampling in the Arctic lowlands of Siberia and North America
+6

Referências

Documentos relacionados

É na instituição centralizadora da mercadoria capital que se concentra capital em poucas mãos e que se remetem títulos e créditos para os capitalistas produtivos. O poder dos bancos

A survey of the reactive and total Hg concentrations in surface waters and of the quantity of particulate organic carbon (POC) and dissolved organic carbon (DOC), were performed along

Curves relating the effects of different treatments with the bacterial consortium AQ+ on the behavior of dissolved organic carbon (DOC) to sampling events.... prove to be

Source: Adapted by the authors from BNDES (1998, p.. Table 1 departs from the premise that the level of complexity of a port is directly proportional to the level of the

Table 7 - Correlation coefficients for the Furnas reservoir (CH4: methane flux; CO2: carbon dioxide flux; DOC: dissolved or- ganic carbon carbon; Depth: lake depth; pH: potential

Abstract: The coastal lagoons in the northern Rio de Janeiro State (Brazil) present a wide gradient of dissolved organic carbon (DOC) and water color, with the highest

Abstract – The objective of this work was to determine the contribution of dissolved organic carbon (DOC) from a biochar mineral complex (BMC), so as to better understand

The photo-Fenton process was evaluated in terms of the time evolution of dissolved organic carbon ( COD ) and chemical oxygen demand (DOC) , their total removals, and increase