Search results (4102)

Web results

• Transforming climate resilience in tea production

  The Tea-CUP project is changing how climate services are delivered by developing actionable information to address the challenges of climate change within the tea industry, informing adaptation measures and decision-making.

  , and climate change is posing significant challenges to the tea industry in China, the UK and beyond. In the Tea-CUP project (Co-developing Useful Predictions) scientists from the Met Office and China have been working with tea experts and local farmers in Yunnan Province to understand what seasonal

• Indian weather and climate research uplift

  and Climate Science for Service Partnership between the Met Office and the Indian Ministry of Earth Sciences (MoES) aspires to reduce the risk of monsoon-related disasters.  The development of weather and climate services is becoming increasingly important in addressing some of the biggest global

• southern-africa-climate-risk-report-final-pdf

  in these islands are greater than 1500mm per year (Figure 4). Observed trends in regional climate for Southern Africa Observational records show that Southern Africa’s average annual surface temperatures increased by between 1°C and 1.5°C from 1961 to 2015. Minimum temperatures have increased more

• climate-risk-report-for-sea---v6-final-april-2026.pdf

  as a result of human-induced climate change (Oliver et al., 2018). This marine heatwave persisted for 298 days, the longest on record for this region, with an average intensity of 2°C (Iskandar et al., 2021). Precipitation has generally increased by around 0.2- 0.5mm/day per decade, although this trend

• trd---climate-risk-report-for-csa---v4-final.pdf

  to lack of reliable observation records (Fallah et al., 2023). Central Asian countries such as Kyrgyzstan and Tajikistan have very complex topography which requires high resolution climate data (~30km) for regional trend attribution studies (Fallah et 16 al., 2023). Central Asian trend attribution

• PowerPoint Presentation

  Data Portal Home Accessing UKCP Data: User Interface Observations UKCP18 includes a comprehensive set of observations of weather and climate covering the UK, with some records extending back over 150 years. Examining observations enables us to place the model simulated climate into context. Read more

• Met Office weather and climate data and services

  As an international leader in weather and climate science, we are a long-standing, trusted provider of data to organisations across the globe. The Met Office has been the UK’s National Meteorological Service since 1854, so has a detailed and expert understanding of collecting, generating, verifying

• Understanding one of Europe's biggest climate drivers

  A new Met Office-led study – reviewing evidence from previous scientific papers and climate models – reveals natural patterns of weakening and strengthening of ocean currents which influence the UK’s weather and climate.

  In the North Atlantic lies one of the world’s largest climate mechanisms: a system of currents transporting relatively warm water from the tropics to the poles, with return currents at depth transporting colder, denser water further south. The transport of heat to the North Atlantic keeps the UK’s

• UK Climate Projections (UKCP18) guidance and reports

  Guidance, reports and factsheets to help ultilise UK Climate Projections (UKCP18) data and products

  Introduction  This page provides UK Climate Projections (UKCP18) guidance documents, reports, factsheets and technical notes to help users know about, understand and utilise UKCP18 data and products. We have separated the documentation into the following sections: ‘General UKCP Documentation

• Met Office seasonal and climate models explained

  Some definitions of our seasonal, decadal and centennial climate predictions.

  Seasonal to decadal forecasts Although climate is expected to warm over the coming century in response to increasing levels of greenhouse gases, regional changes over the coming seasons to a decade or more are likely to be dominated by unforced natural variability of the climate system. Some