Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India Baby Krishnan Nisha

Aktie "Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India Baby Krishnan Nisha"

N/A

Protected

Studienjahr: 2022

Info

Herunterladen

Protected

Academic year: 2022

Aktie "Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India Baby Krishnan Nisha"

Copied!

Wird geladen.... (Jetzt Volltext ansehen)

Jetzt herunterladen ( 3 Seite )

Volltext

(1)

Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India

Baby Krishnan Nisha¹, Keshava Balakrishna^1*, Harikripa Narayana Udayashankar¹ and Busnur Rachotappa Manjunatha²

1Department of Civil Engineering, Manipal Institute of Technology, Manipal Academy of Higher Education, Manipal 576107, India

2Department of Marine Geology, Mangalore University, Mangalagangothri 574199, India

*E-mail: k.balakrishna@manipal.edu

Fig S 1: Average monthly rainfall and discharge of Payaswini- Chandragiri river.

Fig S 2: A representative sample (Panjikal) depicting end point titration with HCl as titrant (make and model of autotitrator: METROHM TIAMO).

(2)

Fig S 1: Average monthly rainfall and discharge of Payaswini- Chandragiri river.

(3)

Fig S 2: A representative sample (Panjikal) depicting end point titration with HCl as titrant (make and model of autotitrator: METROHM TIAMO).

Referenzen

Jetzt herunterladen ( DOCX - 3 Seite - 1.54 MB )

ÄHNLICHE DOKUMENTE

Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India

The silicate weathering rate of the Payaswini–Chandragiri river system was calculated based on the major ion composition at Adoor and Kottody. Estimated seasonal and annual val-

Chemical weathering and carbon dioxide consumption in a small tropical river catchment, southwestern India Baby Krishnan Nisha

1 Department of Civil Engineering, Manipal Institute of Technology, Manipal Academy of Higher Education, Manipal 576107, India. 2 Department of Marine Geology, Mangalore

was in Verbindung mit (2) für a‘ in Fig. 1. gibt:

Eine zweite Methode, den Schärfungswinkel ‚8 zu bestimmen, besteht (nach dem „Handbuch der nautischen Instrumente“ S. 302) darin, dass man das einfach reﬂectirte Bild eines Punktes

schon in Fig. 2. % 29. S. 161 gegeben.

besonders herausgezeichnet, in der von Meisner angeordneten Fassung (s. auf der Berliner Gewerbeaus—.. stellung 1879,

schon in Fig. 2. % 29. S. 161 gegeben.

besonders herausgezeichnet, in der von Meisner angeordneten Fassung (s. auf der Berliner Gewerbeaus—.. stellung 1879,

Carbon Dioxide Capture and Storage as a sequestration strategy Assessment by Germanwatch

Carbon Dioxide Capture and Storage as a sequestration strategy Assessment by Germanwatch1. There are two major strategies of carbon sequestration: 1.) Enhancing the uptake of carbon

catchment scale coupling of a regional climate model and a hydrological model

Regional climate model (HIRHAM) | Land surface model (SWET) | Hydrology model (MIKE

Carbon Dioxide as a Carbon Resource – Recent Trends and Perspectives

Integrated process scheme for the catalytic hydro- genation of CO 2 to free formic acid under continouos flow conditions using scCO 2 as the extractive mobile phase and a stationary

ÄHNLICHE DOKUMENTE

s s A A A , A B s A , A s S 0 0 0 0 0 1 2 1 2 1 2

Oxygen and carbon dioxide fluxes at the water- sediment interface of a tropical lagoon

Building and Using a Small Macroeconometric Model: Klein Model I as an Example

138

ENHANCED CHEMICAL WEATHERING AS A GEOENGINEERING STRATEGY TO REDUCE ATMOSPHERIC CARBON DIOXIDE, SUPPLY NUTRIENTS, AND MITIGATE OCEAN ACIDIFICATION

A Dynamic Consumption Model and Optimization of Utility Functionals

' / S. 192). Fig. 1. zeigt den Anblick des

dessen Fadenkreuz nach 544. Fig. 2. S. 225 oder Fig. 4. S. 228 leuchtend