@shellywample: Please Share!! 🐭 ❤ 🐶 🐕 Meet Mickey, he is Sooo Funny has the Cutest Personality. He likes to play, but also likes to be held!! Great with big or small dogs, he is in potty training and doing Amazing!! Mickey is sooo smart!!He is AKC Registered Pure Bred Cardigan Corgi. Fun Loving, Friendly, 10 week old cute boy!!! He is sooo Handsome he has white on both his ears, a cute white face and a full white collar!!! Mickey is Looking for his new 🏡 , we are willing to travel Fly or Drive to meet up!! Thank you 😊 🐶 ❤ #CardiganCorgiCuties #dogrescue #sandiegodog #Corgi #itsthepits for rehoming and adoption USA rehoming near me adoption near me adoption rehoming Alabama, Alaska, American Samoa, Arizona, Arkansas, California, Colorado, Connecticut, Delaware, District of Columbia, Florida, Georgia, Hawaii, Idaho, Illinois, Indiana, Iowa, Guam, Kansas, Kentucky, Louisiana, Maine, Maryland, Massachusetts, Michigan, Minnesota, Mississippi, Missouri, Montana, Nebraska, Nevada, New Hampshire, New Jersey, New Mexico, New York, North Carolina, North Dakota, Northern Mariana Islands, Ohio, Oklahoma, Oregon...

cute corgi puppies for adoptio
cute corgi puppies for adoptio
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Monday 19 October 2026 05:12:06 GMT
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🌊 The ocean crossed +1°C in 2023 146 years of monthly global ocean sea surface temperature anomaly spiral outward — from a cold 1880 to the 2023–2024 marine heatwave that broke every previous record. Every ring is one year. Every position is one month. 📊 WHAT THIS METRIC MEANS Global sea surface temperature (SST) anomaly is the difference between the observed monthly global ocean mean and the 1901–2000 baseline for that same calendar month. A value of +1.0°C means that month was 1.0°C warmer than the average for that same month during 1901–2000. Blue = cooler than baseline. Red = hotter. Ocean-only — does NOT include land air temperature. Sea surface warms slower than land — so SST anomalies sit roughly 0.3–0.5°C below the combined land-ocean (GISTEMP) anomalies for the same month. The ocean stores ~93% of excess heat in the climate system, which is why SST is the most reliable single indicator of underlying climate signal. 📂 DATA SOURCES • NOAA NCEI: Climate at a Glance global ocean monthly time series (per-month endpoint, 1880–2026). • Underlying dataset: ERSST v5 (Extended Reconstructed Sea Surface Temperature, Version 5). Combines ICOADS ship/buoy/Argo measurements interpolated onto a 2°×2° global grid. • Coverage: Global ocean (no land), monthly Jan 1880 – Aug 2026 partial. 🔢 HOW IT'S CALCULATED Monthly global mean SST anomaly = observed global ocean mean for the month − 1901–2000 monthly mean for that calendar month. The 12 clock positions on the spiral = 12 months (Jan at top, going clockwise). Each new year draws a new ring outward. Color encodes anomaly intensity: deep blue = cold, white = near baseline, deep red = hot. 📅 DATA COVERAGE 1755 monthly data points: January 1880 through August 2026 (most recent available at publication). 147 years × 12 months minus partial 2026. 📊 KEY MOMENTS • 1880 January: −0.16°C (cold start of the record). • 1942 February: +0.10°C (first individual month meaningfully above the 1901–2000 baseline). • 1998 February: +0.61°C (super El Niño peak month). • 2016 February: +0.78°C (super El Niño peak month). • 2023 August: +1.02°C — the first month ever recorded above 1.0°C SST anomaly. The marine heatwave begins. • 2024 April: +1.00°C (the 2023–24 plateau). • Top 5 hottest annual mean SST anomalies (1880–2025): 2024 +0.953, 2023 +0.901, 2025 +0.836, 2019 +0.764, 2020 +0.733.  #oceanwarming #climatechange
🌊 The ocean crossed +1°C in 2023 146 years of monthly global ocean sea surface temperature anomaly spiral outward — from a cold 1880 to the 2023–2024 marine heatwave that broke every previous record. Every ring is one year. Every position is one month. 📊 WHAT THIS METRIC MEANS Global sea surface temperature (SST) anomaly is the difference between the observed monthly global ocean mean and the 1901–2000 baseline for that same calendar month. A value of +1.0°C means that month was 1.0°C warmer than the average for that same month during 1901–2000. Blue = cooler than baseline. Red = hotter. Ocean-only — does NOT include land air temperature. Sea surface warms slower than land — so SST anomalies sit roughly 0.3–0.5°C below the combined land-ocean (GISTEMP) anomalies for the same month. The ocean stores ~93% of excess heat in the climate system, which is why SST is the most reliable single indicator of underlying climate signal. 📂 DATA SOURCES • NOAA NCEI: Climate at a Glance global ocean monthly time series (per-month endpoint, 1880–2026). • Underlying dataset: ERSST v5 (Extended Reconstructed Sea Surface Temperature, Version 5). Combines ICOADS ship/buoy/Argo measurements interpolated onto a 2°×2° global grid. • Coverage: Global ocean (no land), monthly Jan 1880 – Aug 2026 partial. 🔢 HOW IT'S CALCULATED Monthly global mean SST anomaly = observed global ocean mean for the month − 1901–2000 monthly mean for that calendar month. The 12 clock positions on the spiral = 12 months (Jan at top, going clockwise). Each new year draws a new ring outward. Color encodes anomaly intensity: deep blue = cold, white = near baseline, deep red = hot. 📅 DATA COVERAGE 1755 monthly data points: January 1880 through August 2026 (most recent available at publication). 147 years × 12 months minus partial 2026. 📊 KEY MOMENTS • 1880 January: −0.16°C (cold start of the record). • 1942 February: +0.10°C (first individual month meaningfully above the 1901–2000 baseline). • 1998 February: +0.61°C (super El Niño peak month). • 2016 February: +0.78°C (super El Niño peak month). • 2023 August: +1.02°C — the first month ever recorded above 1.0°C SST anomaly. The marine heatwave begins. • 2024 April: +1.00°C (the 2023–24 plateau). • Top 5 hottest annual mean SST anomalies (1880–2025): 2024 +0.953, 2023 +0.901, 2025 +0.836, 2019 +0.764, 2020 +0.733. #oceanwarming #climatechange

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