Modes numériques radioamateurs (FreeDV, EASYPAL,…) : Vérifier que l’équalizer est bien désactivé 😱 https://youtu.be/HxxnJeuyX9E

https://youtu.be/HxxnJeuyX9E #easypal #egaliseur #emission #equalizer #f5pbg #freedv #ludovicvuillermet #numerique #radioamateur #spectre
news.urc.asso.fr/2026/03/31/modes-numeriq...

South Africa's carbon conundrum: Economic growth and innovation fuel emissions, while renewables offer a path forward A comprehensive new analysis of South Africa’s environmental footprint reveals a complex and often contradictory relationship between development and pollution. Researchers Frank Ranganai Matenda, Helper Zhou, and Mabutho Sibanda from the University of KwaZulu-Natal, alongside Asif Raihan of the National University of Malaysia, examined three decades of national data to untangle the key drivers of carbon dioxide (CO₂) emissions. The investigation, spanning from 1990 to 2020, exposes how economic progress, globalization, and even technological innovation are currently contributing to rising emissions, while highlighting the significant potential of renewable energy to reverse this trend. Decoding Three Decades of Emissions To quantify the long-term impacts of various national policies and economic trends, the research team employed a robust statistical method known as the Dynamic Ordinary Least Squares (DOLS) estimator. This technique is particularly well-suited for analyzing time-series data with complex, evolving relationships. The model assessed how five key variables—economic growth, fossil fuel consumption, renewable energy consumption, technological innovation (measured by patent applications), and globalization—influenced South Africa’s CO₂ emissions over the 31-year period. To ensure the reliability of their conclusions, the findings were rigorously cross-validated using two other advanced econometric methods, the Fully Modified Least Squares (FMOLS) and Canonical Cointegrating Regression (CCR). The...

South Africa's carbon conundrum: Economic growth and innovation fuel emissions, while renewables offer a path forward
->Ghanamma | More on "South Africa emissions renewables research" at BigEarthData.ai | #Emission #ClimateChange #Renewable

MIT researchers measure traffic emissions, to the block, in real-time In a study focused on New York City, MIT researchers have shown that existing sensors and mobile data can be used to generate a near real-time, high-resolution picture of auto emissions, which could be used to develop local transportation and decarbonization policies. The new method produces much more detailed data than some other common approaches, which use intermittent samples of vehicle emissions. The researchers say it is also more practical and scales up better than some studies that have aimed for very granular emissions data from a small number of automobiles at once. The work helps bridge the gap between less-detailed citywide emissions inventories and highly detailed analyses based on individual vehicles. “Our model, by combining real-time traffic cameras with multiple data sources, allows extrapolating very detailed emission maps, down to a single road and hour of the day,” says Paolo Santi, a principal research scientist in the MIT Senseable City Lab and co-author of a new paper detailing the project’s results. “Such detailed information can prove very helpful to support decision-making and understand effects of traffic and mobility interventions.” Carlo Ratti, director of the MIT Senseable City Lab, notes that the research “is part of our lab’s ongoing quest...

MIT researchers measure traffic emissions, to the block, in real-time
->MIT News | More on "Real-time urban traffic emissions mapping" at BigEarthData.ai | #Emission #ClimateChange

Machine learning tracks methane emissions from orbit Methane is the second most important anthropogenic greenhouse gas after carbon dioxide, with a global warming potential roughly 28–34 times greater over a 100-year timescale. Major sources include fossil-fuel production, agriculture, livestock, and landfill waste. In recent years, hyperspectral satellite remote sensing has become an important means of detecting methane emissions because it can identify methane absorption features and reveal plume structures from orbit. However, converting these observations into reliable emission estimates remains a major challenge. Widely used approaches such as the integrated mass enhancement (IME) method depend on simplified assumptions about the relationship between plume mass and wind speed. In practice, these assumptions often fail to capture the complex interaction between atmospheric transport and plume shape, leading to substantial uncertainty in methane flux estimates. To address this limitation, researchers from East China Normal University and collaborating institutions recently reported (DOI: 10.34133/remotesensing.1013) a new methane-monitoring framework called CH4Vision in the Journal of Remote Sensing (published February 27, 2026). Using hyperspectral observations from the GaoFen-5 satellite, CH4Vision estimates methane emission flux by analyzing both plume morphology and concentration distributions. Rather than relying on a simple linear relationship, the framework uses machine learning to infer emission rates from a richer set of...

Machine learning tracks methane emissions from orbit
->Newswise | More on "Satellite methane detection machine learning" at BigEarthData.ai | #Emission #ClimateChange #MachineLearning #Methane

🎤 Dans l'émission du 19 mars, on a parlé du système de classification PEGI et de ses évolutions à venir prévues cet été.

👉 Épisode dispo en podcast sur lenerfdelagame.pressf5.fr

#emission #radio #podcast #podcasts #jeuvideo #actugaming #gamingnews #gaming #jeuxvideo

Substantial aircraft contrail formation at low soot emission levels The A321neo Airbus A321neo-251NX (serial no. 7877) was equipped with two CFM LEAP-1A engines. The CFM LEAP-1A35 turbofan engine has a maximum rated thrust of 143.1 kN, a maximum overall pressure ratio of 38.5 and a bypass ratio of 10.5; see Unique Identification Number 01P20CM135 for its emission certification data29. The CFM LEAP-1A features a lean-burn combustor or staged combustor with a rich-burn pilot stage and a lean-burn main stage28. The lean-burn mode is operated during take-off, climb and cruise phases. Both the central pilot injector and the annular main injector ring inject fuel into the combustion chamber, resulting in wide areas of lean fuel-to-air ratios and a more homogeneous temperature distribution in the combustor. The annular main injector is switched off for descent and taxi phases (rich-burn mode) to avoid combustor instability. Operating conditions typical for cruise were selected for the flight tests, and the T30 temperature at the combustor inlet was fixed for the different measurement points to allow comparability between lean-burn and rich-burn conditions. As the combustor normally operates in lean-burn conditions at cruise, engine steering control adjustments were made by the manufacturer to enable controlled operation in the forced rich-burn mode at cruise. Falcon instrumentation Contrail...

Substantial aircraft contrail formation at low soot emission levels
->Nature | More on "Aircraft contrail soot emission research" at BigEarthData.ai | #Emission #ClimateChange

The Climate Pathways Navigator Tool: Making climate scenarios work for finance This webinar will introduce the UNEP FI Climate Pathways Navigator, a new tool designed to help financial institutions access and interpret climate scenario data more easily. The tool distils hundreds...

How can #climate scenarios & #emission pathways be used for the #finance sector?

Over the past months, @unep.org developed a new tool together with #IIASAvienna & @pik-potsdam.bsky.social - to be launched later today!

Built on the #AR6 scenarios and the #ScenarioCompass…

Sign up for the webinar 👇

K.Léone PODCAST INTERVIEW ‪Jonathan Mariotti‬ K.Léone PODCAST INTERVIEW ‪Jonathan Mariotti‬ Bienvenue !🎙️ Merci encore pour vos interactions régulières 💯 Nous continuons la saison 3 🎙️ du podcast interview invités en 2026, une saison par an. ...

Nous continuons la saison 3 🎙️du podcast interview invités en 2026, une saison par an.
👉 Dans ce deuxième épisode je vous présente K Léone.
👉 Découvrez sa nouvelle création Le cœur qui frappe.
A découvrir via mon site officiel.
#interview #podcast #emission #news
www.jonmariotti.fr/post/k-l%C3%...

Microbes hold the key to unlocking biochar’s carbon storage potential in soils A new global analysis reveals that tiny soil microbes play a decisive role in determining whether biochar can effectively lock carbon into agricultural soils, offering new insights for climate change…

#Microbes hold the key to unlocking #biochar’s #carbon storage potential in #soils ...

| #microbiology | #climatechange | #agriculture | #emission | #CO2 | #GHGs | Via @eurekalert.bsky.social

www.eurekalert.org/news-release...

[2024 OPEN ACCESS]
Cathodoluminescence spectral and lifetime mapping of Cs4PbBr6: fast lifetime and its scintillator application
2024 Appl. Phys. Express 17 015005

iopscience.iop.org/article/10.3...

#APEX
#OpenAccess
#Physics
#Cathodoluminescence
#scintillator
#emission

Acronis Backup Assort（セキュリティスイート） | Emission株式会社（イミッション） Acronis Backup Assort（アクロニス・バックアップ・アソート） は、ひとつのエージェントでPC端末自体のセキュリティ対策と端末のイメージやデータのバックアップと復旧だけでなく、イントラネットのNASのデータバックアップと復旧も一度に解決できます。アンチウイルスや振る舞い検知、フォレンジック機能など、インシデントの事前対応から事後対応まで包括的に対応可能なクラウドバックアップ対応の...

3月31日は #ワールドバックアップデー

ひとつのエージェントでPC端末自体のセキュリティ対策と端末のイメージやデータのバックアップと復旧だけでなく、イントラネットのNASのデータバックアップと復旧も一度に解決できます。

#尼崎 #阪神尼崎 #Emission #Emission株式会社
www.emission.jp/service/init...

RETRO GAMING TV [FRENCH] Potato Flash - E04 (Janvier 1996)

#retrogaming #PotatoFlash #Canal #emission #videogame #games #gaming #preview #review #test #tv #vhs #french #FR #retrogamingtv #N64 #PS1 #PC #Saturn #1996

www.youtube.com/watch?v=r-nV...

RETRO GAMING TV [FRENCH] Cyber Flash - E04 (Janvier 1996)

#retrogaming #CyberFlash #Canal #emission #videogame #games #gaming #preview #review #test #tv #vhs #french #FR #retrogamingtv #N64 #PS1 #PC #Saturn #1996

www.youtube.com/watch?v=r-nV...

⭐️ RoadTrip Winnipeg-Quebec avec un Danseur Nu -Episode 83
🎙️ Cindy l’a Dit 🎧 www.CindylaDit.com

#CindylaDit #CindyCinnamon #Roadtrip #Voyage #Danseur #Winnipeg #Quebec #Aventures #Vecu #HistoireVrai #Gogoboy #Podcast #Quebec #Balado #Audio #Emission

US emissions caused over $10tn in global economic damage since 1990, study finds The United States (US) has caused more than $10 trillion in global economic damage since 1990 through its greenhouse gas emissions, according to a new study published in the journal Nature. As the largest historical emitter of carbon dioxide, the US is responsible for about $10.2 trillion in cumulative climate-related economic damages worldwide through 2020, making it the biggest contributor to global losses linked to rising temperatures. Around 30 per cent of the economic damage linked to US emissions , roughly $2.97 trillion, occurred within the United States itself, while about 14 per cent ($1.39 trillion) affected the European Union, the two regions that experienced the largest total GDP losses. For India, the estimated damage from US emissions amounts to around $500 billion and for Brazil, about $330 billion, according to the research. “These are huge numbers,” said Marshall Burke, an environmental scientist at Stanford University who led the study. Burke added that the US has “a lot of responsibility, our emissions have caused damage not only to ourselves, but pretty substantial damage in other parts of the world”. Instead of taking accountability, US has stepped back from several international climate commitments. On January 20, 2025, President Donald Trump signed...

US emissions caused over $10tn in global economic damage since 1990, study finds
->Down To Earth | More on "US emissions global economic damage" at BigEarthData.ai | #Emission #ClimateChange

Image du jeu vidéo PUBG avec description du contenu de l'épisode : Actus locales ; Krafton est devenu gros ; Subnautica 2 ; amour pour l'IA générative.

🎤 Cette semaine on a parlé de l’éditeur Krafton, le géant coréen qui a transformé PUBG en machine à cash et qui patine entre décisions foireuses (Subnautica 2) et délires sur l'IA Générative.

Épisode dispo en podcast sur 👉 shorturl.at/7krzr

#emission #radio #podcast #jeuvideo #actugaming

UK: 2026 Emissions Forecast Forecast: By the end of 2026, UK territorial emissions are expected to be approximately 3–4% lower than in 2024. In 2024, the United Kingdom recorded a renewed decline in territorial greenhouse gas (GHG) emissions, reinforcing its long-term decarbonization narrative while also exposing the limits of progress achieved so far. Provisional government statistics show total emissions of 371 MtCO₂e, down 4% from 2023 and 54% below 1990 levels. The reduction was driven primarily by the power sector, where the final closure of coal-fired generation and reduced gas use delivered sizeable gains. Yet as the UK enters the second half of the decade, the character of emissions reduction is changing. The “low-hanging fruit” of electricity decarbonisation has largely been harvested. Further progress now depends on structurally harder sectors: road transport, residential heating, industrial processes, and land use. These sectors move more slowly, are more exposed to policy reversals, and are sensitive to consumer behaviour and economic conditions. This report provides an evidence-based forecast of how UK emissions are likely to change by the end of 2026, broken down by major sectors. It assesses whether that trajectory is sufficient to meet objectives under the Paris Agreement. Forecast: By the end of 2026, UK...

UK: 2026 Emissions Forecast
->Climate Scorecard | More on "UK greenhouse gas emissions forecast" at BigEarthData.ai | #Emission #ClimateChange

What is the role of deforestation in climate change and how can 'Reducing Emissions from Deforestation and Degradation' (REDD+) How does deforestation contribute to climate change? Deforestation refers to the purposeful clearing or thinning of trees and forests. When deforestation occurs, much of the carbon stored by trees is released back into the atmosphere as carbon dioxide, which contributes to climate change . Land use change, principally deforestation, contributes 13–21% of global greenhouse gas emissions. Forest degradation (changes that negatively affect a forest’s structure or function but that do not decrease its area), and the destruction of tropical peatlands, also contribute to these emissions. As a result of deforestation and degradation, some tropical forests now emit more carbon than they capture, turning them from a carbon ‘sink’ into a carbon source. For example, the south-eastern part of the Amazon Rainforest is now considered a net carbon source by scientists. Due to drought and unusually high temperatures in 2023 (1.5°C above typical levels from 1991 to 2020), the entire Amazon rainforest became a ‘weak source’ of CO2 emissions in 2023. It is too early to know whether this occurrence will continue into the future, as the carbon balance of the Amazon rainforest is contingent on net growth (total growth and carbon uptake minus deforestation) and climatic factors. However, the shift...

What is the role of deforestation in climate change and how can 'Reducing Emissions from Deforestation and Degradation' (REDD+)
->The London School of Economics and Political Science | More on "Deforestation emissions and REDD+ solutions" at BigEarthData.ai | #Emission #ClimateChange #Deforestation

UPSC Essentials | Daily subject-wise quiz : Environment and Geography MCQs on Indian wetlands for migratory birds, Ind (b) 2, 3 and 4 only (c) 1 and 4 only (d) 1, 2, 3 and 4 Relevance: Wetlands and bird habitats are a core part of environment & biodiversity questions in prelims. It is frequently linked with migratory bird routes, conservation efforts, and protected areas. Explanation: — India’s wetlands are among the most vibrant bird habitats in the world, serving as critical stopovers for migratory species and year-round homes for resident birds. — Keoladeo National Park: One of India’s most famous birding destinations, this wetland sanctuary in Bharatpur hosts over 350 species of birds. During winter, migratory birds from Central Asia and Siberia arrive here, including pelicans, cranes, and various duck species. Its network of marshes, woodlands, and grasslands makes it ideal for both amateur and serious birdwatchers. — Chilika Lake: Located along the coast of Odisha, this vast brackish lagoon is the largest coastal wetland in India. Each winter, hundreds of thousands of migratory birds — including flamingos, pintails, and gulls — arrive here. The Nalabana Bird Sanctuary within Chilika is a major birding hotspot. Story continues below this ad — Sultanpur National Park: Sultanpur is a compact wetland that becomes a haven for migratory birds during winter...

UPSC Essentials | Daily subject-wise quiz : Environment and Geography MCQs on Indian wetlands for migratory birds, Ind
->The Indian Express | More on "Indian wetlands migratory bird conservation" at BigEarthData.ai | #CarbonDioxide #Wetland #Emission #ClimateChange #Environment #MigratoryBird #Water

🎤 Le Nerf de la Game est une émission en live sur Radio Canut les jeudis de 21h à 22h.

Mais aussi disponible en podcast !
👉 sur vos plateformes d'écoute et sur le site de PressF5 :
lenerfdelagame.pressf5.fr

#emission #radio #podcasts #podcast #jeuvideo #jeuxvideo #gaming #actugaming

Producing more rice with fewer emissions: a global meta-analysis At a global scale, the baseline GHG emissions from rice cultivation estimated at the lowest GY (387 kg/ha) are 3519 kg CO2eq/ha [CI: 1960, 5114] (Fig.1a). This corresponds to a GHGI of 0.96 kg CO2eq/kg paddy [CI: 0.68, 1.26] (Fig.1b). CH4 accounts for around 93.9% of total emissions, with N2O contributing only 6.1%. Each additional kilogram per hectare of GY increases GWP by 0.11 kg CO2eq, driven by rising CH4 emissions (Fig.1a, c). The correlation coefficient between GY and GWP was relatively low (Fig.1a). GHGI decreased as GY increased (Fig.1b), with yield improvements outpacing emission increases across the dataset. Farming practices, grain yield and greenhouse gas emissions We evaluated farming practices’ effects on GY and GHG emissions, grouping them into four categories: Pre-planting - including farming systems, growing duration (varieties) and tillage methods. Planting and water management - covering planting techniques and water regimes. Nutrient management – encompassing nitrogen application, manure and compost use. Postharvest – including residue management. A total of eight cultivation practices, divided into 37 categories (Supplementary Table 2), were analysed, with differences expressed as percentages for clarity, focusing on statistically significant results. Six farming systems were identified and assessed in this review: Single-Rice, Double-Rice, Triple-Rice, Rice-Aquatic-Dual-Systems,...

Producing more rice with fewer emissions: a global meta-analysis
->Nature | More on "Rice farming emissions yield tradeoffs" at BigEarthData.ai | #Emission #ClimateChange

Emissionszertifikate: "Ein ständiges Zurückrudern bei Zielen ist äußerst schädlich" Eine Gruppe führender deutscher und französischer Ökonomen hat genug: Die permanenten Angriffe auf den EU-Handel mit Verschmutzungsrechten müssen aufhören, fordert sie.

Nur das Beste an diesem Freitag! Ich bin ein Fan von Ökonomen die sich mitten in den Sturm stellen, denn da können sie in Ruhe denken um dann zu fordern was in unser aller Interesse sein sollte:

www.zeit.de/wirtschaft/2...

#Ökonomie #Emission #Ziele

Correction: Self-powered mechanoluminescent elastomer for solar-blind ultraviolet emission Open Access This article is licensed under a Creative Commons Attribution 4.0 International License, which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if changes were made. The images or other third party material in this article are included in the article’s Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article’s Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by/4.0/. Reprints and permissions...

Correction: Self-powered mechanoluminescent elastomer for solar-blind ultraviolet emission
->Nature | More on "Mechanoluminescent elastomer ultraviolet emission" at BigEarthData.ai | #Emission #ClimateChange

India sets new targets to cut emissions intensity, increase renewables share by 2035 In a move welcomed by experts and environmental groups, India has announced new targets to lower the intensity of its greenhouse gas emissions and boost the share of renewables in its electricity system. The country’s latest Nationally Determined Contribution (NDC), announced Wednesday, committed to cutting emissions intensity to 47 per cent of gross domestic product (GDP) by 2035. The plan, which countries typically submit once every five years to the United Nations, maintains India’s goal of achieving net zero emissions by 2070. It also set a target of 60 per cent of non-fossil electricity capacity to be achieved by then, although this is lower than the near-70 per cent mix that India’s Central Electricity Authority has forecast for 2035-2036 in its National Power Adequacy Plan. Experts suggested that the government is being deliberately conservative in its pledges. The country has faced severe impacts from the war in West Asia, with roughly half of its crude imports and over 60 per cent of liquified natural gas and liquified petroleum gas transiting through the Strait of Hormuz, a report by The Oxford Institute for Energy Studies noted. “A targeted 60 per cent share of non-fossil electricity capacity in 2035 suggests that while...

India sets new targets to cut emissions intensity, increase renewables share by 2035
->Eco-Business | More on "India renewable energy emissions targets" at BigEarthData.ai | #Emission #ClimateChange #Renewable

Indonesia: 2026 Emissions Forecast Stabilization Without Transformation. Without an accelerated coal phase-out, faster renewable deployment, and durable land-use enforcement, emissions reductions will remain fragile and insufficient to place the country on a Paris-aligned pathway. Indonesia’s greenhouse gas emissions trajectory heading into 2026 reflects a familiar pattern. Incremental progress in land use governance is being offset by continued dependence on fossil fuels. As one of the world’s largest emitters, Indonesia’s near-term emissions outlook will play a critical role in determining whether the country can realistically align with the Paris Agreement’s long-term temperature goals. National Emissions Baseline According to Climate Analytics, Indonesia’s current emissions stand at approximately 1.2 GtCO2e per year, excluding land use change and forestry LULUCF. When LULUCF is included, total emissions increase substantially, reflecting Indonesia’s long-standing exposure to deforestation- and peatland-related emissions. Historically, around 40 percent of Indonesia’s CO2 emissions have come from land use change, making this sector decisive for short-term emissions outcomes. Land Use and Forestry: The Only Near-Term Lever Indonesia has lost an estimated 32 million hectares of tree cover since 2001, placing it among the world’s largest contributors to deforestation-related emissions. In 2024 alone, tree cover loss generated approximately 194 MtCO2 emissions, based on Global Forest Watch data. Recent...

Indonesia: 2026 Emissions Forecast
->Climate Scorecard | More on "Indonesia coal emissions Paris alignment" at BigEarthData.ai | #Emission #ClimateChange

Japan: 2026 Emissions Forecast For the first time in more than three decades, Japan’s greenhouse gas emissions have fallen below their lowest level in more than three decades, marking a significant milestone in the country’s climate transition. Yet analysts caution that the pace of reductions through 2026 will determine whether Japan can realistically stay on track for its Paris Agreement commitments and its long-term goal of net-zero emissions by 2050. New figures released by Japan’s Ministry of the Environment show that it emitted 1.017 billion tons of CO₂ equivalent in FY2023, a 4.2% decrease from the previous year and a 27.1% reduction compared to FY2013, considering the exclusion of sinks, the baseline year for Japan’s climate targets (Ministry of the Environment, 2025). The decline reflects lower fossil fuel consumption, expanded renewable energy deployment, and reduced industrial energy demand. While the downward trend is encouraging, the next three years will be decisive. Japan must accelerate emissions cuts to meet its 46% reduction target by 2030 and its newly announced 60% reduction goal by 2035, as set out in its Nationally Determined Contributions (NDCs). Current progress, though meaningful, remains insufficient to meet these milestones without a rapid scale-up of clean energy and industrial decarbonization. Projected Emissions...

Japan: 2026 Emissions Forecast
->Climate Scorecard | More on "Japan greenhouse gas emissions forecast" at BigEarthData.ai | #Emission #ClimateChange

Germany bets on lower energy prices, EU emissions reform to aid chemical industry

Germany bets on lower energy prices, EU emissions reform to aid chemical industry
->Clean Energy Wire | More on "Germany chemical industry energy reform" at BigEarthData.ai | #Emission #ClimateChange

Spain: 2026 Emissions Forecast Based on current trends, total emissions will continue to decline modestly, but not at the pace required to meet mid- and long-term goals. As of now, there are no officially published final figures for Spain’s total greenhouse-gas emissions in 2025 from the national statistical agency (INE) or the National Inventory — the most recent complete validated annual data are for 2024. The INE reports that Spain’s economy emitted 280 million tonnes of greenhouse gases in 2024 (in CO₂-equivalent) — a very slight decrease of 0.2 % from 2023. For 2025, preliminary quarterly data show that, in the first quarter alone, Spain emitted about 74.1 million tonnes of GHGs — roughly a 2.2% decline compared with the same quarter in the previous year. The long-term trend for Spain’s emissions (excluding land use & forestry) is about 38–39% below 2005 levels by 2023. The estimate for 2026: Based on current trends, total emissions will continue to decline modestly, but not at the pace required to meet mid- and long-term goals. A realistic estimate for Spain by the end of 2026 is roughly 1–3% lower than 2024 levels, i.e., around 272–275 MtCO₂e in total. This forecast assumes continued renewable deployment, energy efficiency gains,...

Spain: 2026 Emissions Forecast
->Climate Scorecard | More on "Spain greenhouse gas emissions forecast" at BigEarthData.ai | #Emission #ClimateChange

Vermont lawmakers don't plan on pushing policy to reduce emissions this year MONTPELIER — Vermont is falling behind on its legal mandate to cut greenhouse gas emissions. The only policies that could help the state meet its targets have died — and lawmakers aren’t on track to pass legislation this year to help the state change course. Democrats, who have a majority in the Legislature, look unlikely to take any major policy actions as they anticipate their efforts to cut state emissions might face a veto by Republican Gov. Phil Scott. “We have to use our time well. I want to spend time on things that can pass and move the ball forward,” said Sen. Anne Watson, D/P-Washington, who chairs the Senate Natural Resources and Energy Committee. She does not think Scott would approve of any major attempts to meet the state’s emission requirements, she said. House Speaker Jill Krowinski, D-Burlington, confirmed there is no broad policy vehicle this year to help the state meet its emission goals. But not taking legislative action puts the state at risk of a lawsuit. The Global Warming Solutions Act, passed in 2020, sets legally binding requirements for cutting the state’s greenhouse gas emissions in line with standards set by the Paris Agreement, a landmark international...

Vermont lawmakers don't plan on pushing policy to reduce emissions this year
->VTDigger | More on "Vermont emissions policy legislative stall" at BigEarthData.ai | #Emission #ClimateChange

Saudi Arabia: 2026 Emissions Forecast Saudi Arabia’s emissions are expected to be higher at the end of 2026, reaching around 713 million tonnes. Saudi Arabia’s emissions trajectory, driven by its continued dependence on oil production, consumption, and exports, shows no sign of bending downward in the coming decade. On the contrary, its emissions are projected to rise to 819–845 MtCO2e in 2030 (excl. LULUCF), representing a 12–15% increase from 2023 levels. Saudi Arabia’s carbon dioxide (CO2) emissions have steadily increased by 280% since 1990. CO2 emissions went up from 677.74 million in 2023 to 693.13 million in 2024. (tons) in 2024, consistently contributing about 1.8% to the global emissions in the world. Using this emissions trajectory, Saudi Arabia’s emissions are expected to be higher at the end of 2026, reaching approximately 713 million tons. Saudi Arabia’s CO2 emissions are dominated by the burning of fossil fuels for energy production, and industrial production of materials such as cement as 95% of the country’s emission stem from burning oil and gas while the rest from gas flaring and industrial production of materials like cement. CO2 emissions from oil and gas have been increasing over the last five years, while CO2 emissions from flaring and cement production remained...

Saudi Arabia: 2026 Emissions Forecast
->Climate Scorecard | More on "Saudi Arabia rising carbon emissions" at BigEarthData.ai | #Emission #ClimateChange