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Ines Gendre

After graduating in 2016 with a master’s degree in marketing, Ines began her career in project management. However she soon decided to turn towards writing, to bring her core competencies to the service of societal changes. First working as a freelance copywriter, she joined Greenly in early 2022 to help fight global warming.

Matthieu Vegreville

Matthieu is a 28 year-old graduate engineer from Ecole Polytechnique and Télecom Paris, with a background in data science at Withings. While there, he worked on watch activity detection algorithms, and developed a health study activity so that connected objects could be used to better monitor certain pathologies. He has long been involved in data science projects with his brother, who has the same training. Faced with the urgency of the climate crisis, he decided to put his know-how at the service of the environment. 

After seeking opportunities to put her various creative passions to good use, she joined Greenly in mid 2022 as SEO copywriter for the U.S. blog to provide her American perspective on the climate change issues we face today.

Stephanie Safdie - Greenly

Stephanie completed a bachelor's degree in English & Multimedia in 2020 at the University of Maryland College Park. She previously worked as a social media content video creator and freelance copywriter. After seeking opportunities to put her various creative passions to good use, she joined Greenly in mid 2022 as SEO copywriter for the U.S. blog to provide her American perspective on the climate change issues we face today. 

Kara joined the team at Greenly in 2023 as SEO copywriter for the UK market.

Kara Anderson - Greenly

Kara studied her bachelors of law at the University of Glasgow and her masters in international law at the University of Aberdeen, before looking for a more creative career path. She found this in advertising, working as a content manager in London. After a move to Paris in 2019 she decided to switch to freelance copywriting in order to scratch her creative itch. Kara joined the team at Greenly in 2023 as SEO copywriter for the UK market.  

Arnaud Delubac

Arnaud, 26 years old, trained as a designer and in digital communication at INSEEC before joining the Master Entrepreunariat at ESSEC-CentraleSupélec. Passionate about social media since his teenage years, he has created some of the biggest Twitter communities in France before joining the digital communication team of the Prime Minister’s office in Matignon. It was at the Secretaries of State for Digital, Mounir Mahjoubi and Cédric O, where Arnaud directly managed the team, that he developed a strong conviction for the need to use technology to bring awareness to the greatest causes of our time.

Alexis Normand

Alexis is a 37 year-old graduate of HEC and Sciences-Po. After his studies, he spent 2 years working in public policy consulting. He then spent 6 years at Withings, a leading company in connected objects. While there, he continued the companies operations in Boston, USA, and created the company’s health department. After the company was bought by Nokia, he joined the startup Embleema by working through Techstars, one of the best startup incubators in the United States, where he developed a taste for entrepreneurship. His return to France was an opportunity to put all his experience at the service of the environment, during a crucial moment in the climate crisis.

Justine Dumont

Justine a toujours été passionnée de lecture et d’écriture. En 2019, elle parvient justement à faire de sa passion son métier, en devenant rédactrice web indépendante. Motivée par ses engagements écologiques, elle rejoint l’équipe de Greenly en 2022 afin de mettre ses compétences au service de la cause environnementale. 

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IPCC AR6: 5 questions to understand Chapter 14

Future changes in climate change could be dependent on the global mean temperature as overall global temperatures continue to rise. How will the reconstruction pathway, otherwise known as RCP 4.5 – delineate the future of regional climates? Here are 5 questions to better understand chapter 14.

<h2 id="">How will monsoon systems be impacted by rising temperatures? 💨</h2><p id="">‍</p><p id="">Climate models are providing scientific evidence that the global monsoon is likely to be triggered throughout the rest of the century. Monsoon systems will grow in intensity, but their predictability will weaken – as most monsoon circulation will occur earlier or later than originally expected.&nbsp;</p><p id="">Monsoon seasons will be likely to expect an increase in precipitation, especially in regions such as South America, Africa, East Asia, South Asia, Southeast Asia and Australia. 🗺️</p><p id="">‍</p><figure id="" class="w-richtext-figure-type-image w-richtext-align-center" data-rt-type="image" data-rt-align="center"><div id=""><img src="https://uploads-ssl.webflow.com/6232f79b68d15d3d9b69c096/62ed0936c171ce26cfc23820_JEJLX6zxkd2Q4VeroxWauENpckmBZ1MrhtzlEADpJDSR8NP33QKFl_AIeZSYPSZpfXOd_VS-ASNRUV1GpF83oHKGfyT2TyPjBSkA29uVNMcP3EptK_a-5N5JItqVizfAvpttJp4KL_v_kSDqIYxTdBY.jpeg" id="" width="auto" height="auto" loading="auto"></div></figure><p id="">‍</p><p id="">There is an average probability that monsoon-related precipitation could increase in the future. <em id="">Lesser model agreement results in medium confidence &nbsp;that monsoon-related inter-annual precipitation variability will increase in the future.&nbsp;</em></p><p id="">It is also probable that precipitation with monsoons in the Asian-Australian region could see an increase, alongside the expected increase in monsoon related precipitation for the Indian and East Asian regions. On the other hand, monsoon related precipitation in the Australian region, especially in the summer, is likely to remain small.</p><p id="">It is probable that the Indian summer monsoon’s cycle will lose intensity, but it will be offset by the increased amount of moisture in the atmosphere – which will ultimately lead to increased precipitation. ☔</p><p id="">It is expected that the increase in the summer monsoon in India will demonstrate the most dramatic rainfall and weather extremes for all of the 21st century. 😲</p><p id="">‍</p><figure id="" class="w-richtext-figure-type-image w-richtext-align-center" data-rt-type="image" data-rt-align="center"><div id=""><img src="https://uploads-ssl.webflow.com/6232f79b68d15d3d9b69c096/62ed0936681fa00d6c8d1dea_IAy1W13pVjd15odKSkyi1kCVCsAqIPPthln23EP3JByBZL9Aoiu7dK7muYhZpRQuxOhXJmnCObRgMuzJSev1Y4oYjhTsqwRxnsMuGZkVZStLbN3sYB1YNx9RqOgOmVkFvwCte5C45WslBx3NOB_lW48.jpeg" id="" width="auto" height="auto" loading="auto"></div></figure><p id="">‍</p><p id="">The East Asian monsoon, on the other hand – is expected to experience an increase in both circulation and precipitation. The North and South American monsoons aren’t expected to experience large changes in precipitation, but North American monsoons could prove persistent later in the cycle, whereas South American monsoons could experience expansion.&nbsp;</p><p id="">‍</p><h2 id="">How will tropical regions be affected by global warming? 🏖️</h2><p>‍</p><p id="">Tropical regions are expected to be impacted by rising global mean temperatures. According to climate models, the tropical Indian Ocean could engage in a change of weather pattern due to decreased precipitation further east and the increased precipitation in the west. This could impact the precipitation in East Africa and Southeast Asia.</p><p id="">New climate model simulations predict that it is probable that the annual change in precipitation would result in an increase in sea surface temperature that exceeds the current tropical mean. The average seasonal precipitation could impact parts of Central America, the Caribbean, South America, Africa and West Asia. 🌏</p><p id="">Previous models from El Niño-Southern Oscillation, otherwise known as ENSO – help ensure that ENSO will remain as the predominant factor for precipitation variability. Contrary to system bias in tracking precipitation, most models and scientific findings conclude that the amount of extratropical cyclones, also known as ETCs – aren’t expected to decrease in correlation with rising global temperatures. 🌡️</p><p id="">‍</p><h2 id="">How will cyclones be affected? 🌪️</h2><p id="">‍</p><p id="">Cyclones are also expected to be affected due to rising global mean temperatures. Due to the scientific understanding of the current projections for the current century, it is probable that the worldwide frequency of cyclones will either experience a dramatic decrease or remain exactly as is. This prediction is in conjunction with an expected increase in both overall tropical cyclones, wind speeds, and global precipitation.&nbsp;</p><p id="">‍</p><figure id="" class="w-richtext-figure-type-image w-richtext-align-center" data-rt-type="image" data-rt-align="center"><div id=""><img src="https://uploads-ssl.webflow.com/6232f79b68d15d3d9b69c096/62ed0936922f980b13ae9705_OgJpqyGfkgnyvQRzj4jJL_ugWTcSUbeu1Hmmru-9CvvOyMj8Xrx_B-BaPUcSPHbj0RSYEBwBImnAYS_-od6g1QbzG4zmBndbx794nIEPaMPE31xblvYkGjWzsKo-qchRCi-ShAn-gjYw-CCk8CtBE_w.jpeg" id="" width="auto" height="auto" loading="auto"></div></figure><p id="">‍</p><p id="">The future of climate change’s impact on tropical cyclones is expected to vary depending on the region, and the changes are yet to be numerically depicted by climate models. 📊&nbsp;</p><p id="">The good news is that intensity or frequency of these tropical cyclones are not currently expected in correlation with rising global mean temperatures, but some regions are insinuated through climate models in combination with better scientific understanding that precipitation patterns are likely to become more extreme near the center of tropical cyclones. Examples include North and Central American, East, West, and South Africa, Southeast Asia, and Australia – including several of the Pacific Islands. 🏖️</p><p id="">If climate model resolution is improved, then there is a chance that there could be more intense storms in addition to these tropical cyclones, and that the intensity of these storms are more likely to increase than remain stable. ⛈️</p><p id="">‍</p><h2 id="">Will climate variability change? ⛅</h2><p id="">‍</p><p id="">Climate models are more often than not able to generate glimpses into future annular and dipolar data. These climate models predict that future winters in the Atlantic region are likely to vary in temperature and weather patterns more so than usual. There could also be some cause of concern for future winter conditions in the Arctic and Eurasia regions. ❄️</p><p id="">‍</p><figure id="" class="w-richtext-figure-type-image w-richtext-align-center" data-rt-type="image" data-rt-align="center"><div id=""><img src="https://uploads-ssl.webflow.com/6232f79b68d15d3d9b69c096/62ed0936b81cc650b70372a7_L7XE-xl1I_C7vEcJnOSRfuLV6CUWSJI1-0YTNurhgpniA9yij9HjbN_iDUPJWqhQvssWrPI-7EgnJXDa5xtTasijTYU1eQbgdxjAdTYV4_dniMlYKBH8u9kWOBG0zcov-NlMNO3vZCV_NujZLFHEgd0.jpeg" id="" width="auto" height="auto" loading="auto"></div></figure><p id="">‍</p><p id="">Summer and autumn weather patterns that are currently going strong in southern regions are expected to weaken as global temperatures rise. There are likely to be implications for South America, Africa, New Zealand, and Antarctica.&nbsp;</p><h2 id="">How will the Atlantic and Pacific patterns be affected by rising temperatures? 🌊</h2><p id="">‍</p><p id="">Atlantic and Pacific patterns could also be impacted by overall rising temperatures. Multiple scientific sources of evidence, such as paleo reconstructions and climate model simulations, illustrate that the AMO – otherwise known as Atlantic Multidecadal Oscillation pattern isn’t likely to alter its behavior due to rising global temperatures in the near future. On the other hand, it is important to note that fluctuations in the Atlantic Multidecadal Oscillation aren’t unlikely, and in fact – these fluctuations are expected to occur over the next few decades.&nbsp; These fluctuations in the AMO could influence weather patterns regionally just as much as human activity will – like provoking numerous hurricanes in the Atlantic region, a wet season in West Africa, and even impact the summer temperatures in both North America and Europe. 🌎</p><p id="">‍</p><figure id="" class="w-richtext-figure-type-image w-richtext-align-center" data-rt-type="image" data-rt-align="center"><div id=""><img src="https://uploads-ssl.webflow.com/6232f79b68d15d3d9b69c096/62ed0936e9e36755acb5d976_O4Q_EuOOyBK8pd_Dv84spmomgjGvuaolEGUUoUQd3dpcgR4Z6nIBWqouz6MpYLvLFYY79c74oNhjJ9sqbddNy9Rs53Z6W0m5KdJsgPUdK-Wfv8IdVmx5bGdJx4eki7jY7QapoEHlgV1mP1MUnR4eFvI.jpeg" id="" width="auto" height="auto" loading="auto"></div></figure><p id="">‍</p><p id="">The Pacific has a medium probability of impact weather patterns, similar to the Atlantic. The most notable problem that a change in the Pacific could cause is a change in precipitation in the South American region, most likely the southeastern part of South America. ☔</p><p id="">‍</p><h2 id="">🔍 What do you need to remember?</h2><p id="">‍</p><p id="">The rising global mean temperature is expected to rise as climate change continues to prove itself as a global predicament, and as a result of increasing global temperatures – climate will continue to manifest in odd, often more detrimental scenarios than before. Monsoon systems, tropical regions, cyclone, Atlantic and Pacific patterns, and overall climate variability will be affected by an increase in global mean temperature. 🌡️</p><p id="">‍</p><h2 id="">What about Greenly? 💚</h2><p id="">Your company/organization can also do its part.<a href="https://www.greenly.earth/en-us/demo" id=""> Call our experts</a> and ask for your carbon assessment!</p><p id="">‍</p>

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