Nadege Ngomsi
Activity overview
Latest activity by Nadege Ngomsi-
Nadege Ngomsi created an article, Understanding Government Flows in the Social Accounting Matrix
This article provides a conceptual overview of how government activities, revenues, and expenditures are captured in a Social Accounting Matrix (SAM). It explains the relationship between governmen...
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Nadege Ngomsi created an article, How to Use the IMPLAN API with R: Obtaining Your API Token
Why Use the IMPLAN API?Many analysts interact with IMPLAN through the Cloud interface, clicking through menus to create projects, add events, and run impact analyses. While this works well for many...
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Nadege Ngomsi created an article, Getting Started with the IMPLAN API
WHY APIs MATTER FOR DATA ANALYSISMany analysts interact with data through dashboards, spreadsheets, or web interfaces. While these tools are designed to make data accessible to human users, they re...
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Nadege Ngomsi created an article, Is the IMPLAN API Right for You?
ECONOMIC ANALYTICS AND THE GROWING NEED FOR DATA INTEGRATIONEconomic analytics plays a critical role in helping organizations understand and respond to major economic megatrends. From ESG initiativ...
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Nadege Ngomsi created an article, Ghosh Inverse
The inverse matrix derived from the supply-driven Input-Output model proposed by A. Ghosh (1958), often referred to as the supply-side equivalent of the Leontief model. While the standard I-O analy...
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Nadege Ngomsi created an article, Looking Forward in the New Year with Forward Linkages: The Cost-Push Coffee Crunch
WAKE UP AND SMELL THE COFFEEWelcome to 2026, where the only thing steeper than trying to create your own I-O model without IMPLAN is the price of your morning pour-over. A freak frost has frozen th...
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Nadege Ngomsi commented, Official commentHello Monica! When you select the commodity “Wholesale Services – Machinery, Equipment, and Supplies” you are telling the IMPLAN model that 100% of that money is going to pay for the operations o...
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Nadege Ngomsi commented, Hello, Your calculation and your approach are correct ($18.1M - $6.4M + $6.3M = $17.9M), however, duplicating your event will not yield a more accurate approximation. As Whitney mentioned, you can ...