H Scope Software

[Demetrius Dade]

Establishinga relevant, complete, consistent, transparent, and accurate scope 1 and scope 2 emissions inventory is a process of continuous improvement. Table 1 provides a description of organizational phases of scope 1 and scope 2 engagement for common inventorying best practices. For some organizations, understanding GHG inventorying efforts within the broader market may spur competition and garner internal support for widening inventorying activities.

The Scope 3 Standard presents details on all scope 3 categories and requirements and guidance on reporting scope 3 emissions. The practical guidance below provides further suggestions on calculating scope 3 emissions.

The first step is a relevance assessment to determine which of the 15 categories are relevant to the reporting organization. Table 6.1 of the Scope 3 Standard provides criteria to identify relevant scope 3 activities:

For financial institutions, The Global GHG Accounting and Reporting Standard for the Financial Industry, published by the Partnership for Carbon Accounting Financials, offers specific guidance on calculating scope 3, category 15 (investments) emissions.

Some scope 3 categories may be relevant, but initially lack readily available data to use in estimating emissions. The organization may be able to expand its reporting by estimating these relevant categories in the future, which is recommended to increase completeness.

Figure 2 shows an example progression over time of improvement and expansion. Five categories are reported in year one and 12 in year five. Only two categories use a specific method (e.g., supplier-specific method, fuel-based method) in year one and seven in year five.

To apply the EF Hub scope 1 and 2 factors, the organization can first define the GHG generating activity for each relevant source category, then apply the appropriate factors for stationary combustion, mobile combustion, fugitive emissions, electricity, heat, or steam.

For example, if an organization produces electronic equipment, Category 11 (use of sold products) may likely be a large source of emissions. To calculate emissions, estimate the lifetime electricity consumption (in kWh) for all products sold in the reporting year. Then calculate electricity emissions using emission factors in the EF Hub. Depending on the data available for the location of product use, apply eGRID subregion or U.S. national average factors.

A 'missing_scope' error indicates that while the app is permitted to use that scope, the particular access token you're using to make the API call does not have that scope granted. Also, be aware that just adding a scope to your app via the App Console does not retroactively grant that scope to existing access tokens.

That being the case, to make any API calls that require that scope, you'll need to get a new access token with that scope.

Refer to the OAuth Guide and authorization documentation for more information.

A single website can have multiple stores, each with its own main menu. The stores share the product catalog, but can have a different selection of products and design. All stores under the same website share the Admin and checkout.

Each store that is available to customers is presented according to a specific view. Initially, a store has a single default view. Additional store views can be added to support different languages, or for other purposes. Customers can use the language chooser in the header to change the store view.

If your Adobe Commerce or Magento Open Source installation has a hierarchy of websites, stores, or views, you can set the context, or scope of a configuration setting. The context of many database entities can also be assigned a specific scope to determine how it is used in the store hierarchy. To learn more, see Product scope and Price scope.

Some configuration settings such as postal code, have a global scope because the same value is used throughout the system. The website scope applies to any stores below that level in the hierarchy, including all stores and their views. Any item with the scope of store view can be set differently for each store view, which is typically used to support multiple languages. To override the default values of configuration settings, see Set the scope.

Unless the store is running in single store mode, the scope of each configuration setting appears in small text below the field label. If your installation includes multiple websites, stores, or views, choose the store view where the settings apply before making any changes.

If your Commerce installation has only a single store and store view, you can simplify the display by turning off all store view options and scope indicators. Single store mode is overridden if you add more store views later.

The scope is the current context of execution in which values and expressions are "visible" or can be referenced. If a variable or expression is not in the current scope, it will not be available for use. Scopes can also be layered in a hierarchy, so that child scopes have access to parent scopes, but not vice versa.

A function creates a scope, so that (for example) a variable defined exclusively within the function cannot be accessed from outside the function or within other functions. For instance, the following is invalid:

The scope is the current context of execution in which values and expressions are \"visible\" or can be referenced. If a variable or expression is not in the current scope, it will not be available for use. Scopes can also be layered in a hierarchy, so that child scopes have access to parent scopes, but not vice versa.

The scope member is a string that defines the navigation scope of this web application's application context. It restricts what web pages can be viewed while the manifest is applied. If the user navigates outside the scope, it reverts to a normal web page inside a browser tab or window.

This document lists the OAuth 2.0 scopes that you might need to request to access Google APIs, depending on the level of access you need. Sensitive scopes require review by Google and have a sensitive indicator on the Google Cloud Console's OAuth consent screen configuration page. Many scopes overlap, so it's best to use a scope that isn't sensitive. For information about each method's scope requirements, see the individual API documentation.

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License, and code samples are licensed under the Apache 2.0 License. For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates.

The term "scope" is also used to refer to the set of all name bindings that are valid within a part of a program or at a given point in a program, which is more correctly referred to as context or environment.[a]

In most cases, name resolution based on lexical scope is relatively straightforward to use and to implement, as in use one can read backwards in the source code to determine to which entity a name refers, and in implementation one can maintain a list of names and contexts when compiling or interpreting a program. Difficulties arise in name masking, forward declarations, and hoisting, while considerably subtler ones arise with non-local variables, particularly in closures.

The strict definition of the (lexical) "scope" of a name (identifier) is unambiguous: lexical scope is "the portion of source code in which a binding of a name with an entity applies". This is virtually unchanged from its 1960 definition in the specification of ALGOL 60. Representative language specifications follow:

A fundamental distinction in scope is what "part of a program" means. In languages with lexical scope (also called static scope), name resolution depends on the location in the source code and the lexical context (also called static context), which is defined by where the named variable or function is defined. In contrast, in languages with dynamic scope the name resolution depends upon the program state when the name is encountered which is determined by the execution context (also called runtime context, calling context or dynamic context). In practice, with lexical scope a name is resolved by searching the local lexical context, then if that fails, by searching the outer lexical context, and so on; whereas with dynamic scope, a name is resolved by searching the local execution context, then if that fails, by searching the outer execution context, and so on, progressing up the call stack.[4]

Most modern languages use lexical scope for variables and functions, though dynamic scope is used in some languages, notably some dialects of Lisp, some "scripting" languages, and some template languages. [c] Perl 5 offers both lexical and dynamic scope. Even in lexically scoped languages, scope for closures can be confusing to the uninitiated,[citation needed] as these depend on the lexical context where the closure is defined, not where it is called.

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