Compare Emisoft vs. First Street

We offer consulting services and guidance on implementing climate measures within your organization. Our GHG123 software allows businesses to calculate their climate impact and CO2 emissions in accordance with the GHG protocol. This cloud-based solution is designed for both small and large enterprises, making it accessible for a wide range of users. Our environmental consultants are available to help you organize your approach to climate accounting, providing support with tasks such as data gathering, reporting, and setting goals. Additionally, we can guide you through the process of obtaining environmental certifications. Climate accounts can be referred to in various ways, including CO2 accounts, climate footprints, greenhouse gas reports, and carbon calculators. These accounts encompass both direct emissions, which stem from vehicles and equipment owned by your organization, and indirect emissions that result from the goods and services you purchase or produce. We recommend starting with manageable steps rather than attempting to tackle everything simultaneously, as this can lead to more effective outcomes in the long run. By taking a phased approach, companies can gradually build their understanding and capabilities in climate accounting.

First Street Foundation operates as a non-profit entity focused on measuring and conveying climate risk across the United States. Utilizing sophisticated climate science and engineering techniques, the organization delivers in-depth evaluations of a range of environmental threats, such as flooding, wildfires, wind, extreme heat, and air quality. The foundation's goal is to make climate risk not only accessible but also simple to comprehend and actionable for individuals, governments, and businesses alike. By providing thorough data and insightful analysis, First Street Foundation seeks to connect climate change with financial risk, facilitating better decision-making and proactive approaches to risk management. Their hazard models are meticulously crafted and undergo peer review to ensure accuracy. These models encompass various types of flooding (including surge, pluvial, fluvial, and tidal), hurricane wind impacts, wildfire dynamics (like ember flux and flame length), instances of extreme heat, and air quality concerns (specifically ozone and PM2.5 levels). This comprehensive approach empowers stakeholders to understand their vulnerabilities in the face of a changing climate.