Scope 1 emissions explained Scope 1 emissions are the greenhouse gasses that a company or organization emits directly. This can be through company vehicles, fugitive emissions (leaks from equipment or infrastructure), or any emissions from owned or controlled sources. These emissions are often the fi...
Discover how organizations are tackling Scope 3 emissions, the major contributor to GHG emissions, to drive sustainability. Explore this guide to learn its types including scope 1, 2, and 3, their categories and importance & emissions reporting.
Microsoft Sustainability Manager includes the capability to store activity data and calculate all scope 3 emissions. The solution can store emission data for any scope 3 category. Expanded functionality for each category is explained in more detail later in this article. For general information about ...
The complexities faced by financial institutions in calculating and reporting financed and facilitated emissions. Learn about attribution factors, data gaps, and the evolving standards.
1 Goal Goal is a specific, measurable, and attainable target. The company set a Goal to reduce carbon emissions by 10%. 1 Scope The range of one's perceptions, thoughts, or actions Broaden one's scope by reading. Goal A goal is an idea of the future or desired result that a person...
“any action taken or factor considered” as evidence that fiduciary has pursued social, political, or ideological interests, any commitment or statement made in support of an environmental and social concern or goal, such as with respect to greenhouse gas emissions or board com...
The mechanism of bacterial inactivation was explained as the transfer of electron from the bacterial membrane took place to the TiO2 surface followed by the Ag-TiO2 interface due to the Schottky barrier effect (Fig. 3B). Similarly, Li et al. [83] proposed that Au–TiO2 systems could be ...
The sources of emissions were identified as followed: Direct emission (Scope 1) included diesel oil used for emergency generators, gasoline used for transportation buses, natural gases by the facilities such as swimming pools and shower rooms in some office buildings, and air conditions and ...
two peaks are considered to be in theSphase. A significant difference in the relative height of the two peaks for theG1andG2phases was found between Fig.3b,c. This can be explained by the fact thatG1-Sphase transition rate is suppressed by contact inhibition in the highly confluent state15...
λE and H were overestimated by all the inversion schemes (Table E.1); this could be in part explained by the differences in the radiative regime of the open experimental area and the ECsub footprint, more often shaded by tree crowns (e.g., up to a 60% of this footprint was ...