How to make CAMS outputs more useful for users - by PeuchCopernicus ECMWF
The document discusses the benefits of exercise for both physical and mental health, noting that regular exercise can reduce the risk of diseases, boost brain function, and improve mood and quality of life. It recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week.
How to make CAMS outputs more useful for users - by PeuchCopernicus ECMWF
The document discusses the benefits of exercise for both physical and mental health, noting that regular exercise can reduce the risk of diseases, boost brain function, and improve mood and quality of life. It recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week.
The document provides an overview of the usage statistics for various atmospheric composition and air quality services from 2015 to early 2016, showing increases in the number of users and requests for most services, including global and regional near real-time analyses and forecasts, greenhouse gas flux inversions, and anthropogenic emissions data. It also outlines examples of how the data has been used by the IPCC, UNFCCC, and academic researchers, as well as feedback from users praising the regional ensemble forecast data.
The document outlines the communication strategy for an organization with three pillars - clarity, content, and collaboration. It details key performance indicators such as a 10% rise in awareness of a program and 10% increase in data access. It also lists the types of stakeholders engaged, including scientists, policymakers, industries, media, and others. The strategy involves participating in 55 events, partnering in 10 additional activities, and launching training resources by the end of the year, with user research and evaluation underway.
How are regional analyses, forecasts and re-analyses produced by GuidottiCopernicus ECMWF
- The Copernicus Atmosphere Monitoring Service (CAMS) produces daily air quality forecasts and analyses across Europe using an ensemble of regional air quality models.
- The forecasts are run at resolutions of 0.1 degrees or finer over Europe and provide predictions for 4 days into the future. Analyses provide information for the current day.
- CAMS also produces annual air quality reanalyses (retrospective analyses) to generate consistent multi-year datasets for recent years using data assimilation of observations.
The document summarizes discussions from the CAMS General Assembly meeting regarding various applications of CAMS data and user requirements. Potential applications discussed included using CAMS data for air quality modeling in China, stable isotope studies to analyze carbon and nitrogen sources and sinks, improved air quality ensemble forecasts, and solar energy forecasting. Users provided feedback on the value of CAMS boundary conditions for regional air quality models and accurate representation of the Asian monsoon. General requirements discussed were for easier access to 3D CAMS fields and the development of downstream services. Specific requirements included continued support for field campaigns, collaboration on emission uncertainties, and products like boundary conditions, isotopic tracers, aerosol typing, and cloud data.
The document discusses the effects of increasing vertical diffusion from 2 to 10 m^2/s in the urban area of Beijing based on simulations from the European Centre for Medium-Range Weather Forecasts. Increasing diffusion in the urban areas led to a decrease in nitrogen oxides (NOx) and an increase in ozone (O3) according to the simulations. The study examines the impact of emissions on air quality by modifying diffusion coefficients in the control and test runs.
CAMS GA Regional ongoing activities by GerasopoulosCopernicus ECMWF
This document discusses a regional initiative to enhance collaboration through community portals, regional nodes, and common application programming interfaces. It lays out actions to respond to major regional challenges and assess each country's readiness. The goals are paving the way for larger regional initiatives, implementing the Global Earth Observation System of Systems and increasing adoption of the Copernicus program in the region.
This document lists various user queries received by the MACC-II project regarding their air quality monitoring and forecasting services. The queries covered topics like geographical data coverage, data access methods, specific datasets required, model documentation and recommendations, technical issues, and planning for future simulations and services. It demonstrates the wide range of user needs and interests relating to air pollution monitoring and forecasting.
The document reports issues reported to the CAMS User Support team at ECMWF from 2016-04-01 to 2016-06-10. The majority of issues were related to data requests, with other common issues involving documentation, system access like login and downloading, and communications. A small number of suggestions and feedback were also received during this period.
This document discusses space agencies providing real-time analyses and forecasts of greenhouse gas fluxes, climate forcing factors like solar radiation, fire emissions, and anthropogenic emissions on global and regional scales. It also covers interim reanalyses and validated reanalyses of these in-situ components to inform policy on greenhouse gas fluxes and climate change.
