#uevs

[earthvitalsignimpact]

The AMOC Collapse Threat and Its Global Implications

by UEVS and the power of AI

What is the AMOC?

The Atlantic Meridional Overturning Circulation (AMOC) is one of Earth’s most crucial climate regulators. Acting like a global conveyor belt, it moves warm water from the tropics toward the poles and returns cold, deep water southward. This system plays a vital role in moderating global temperatures, stabilizing weather patterns, and sustaining marine ecosystems.

How It Works:

The Gulf Stream, part of the AMOC, carries warm, salty water from the Caribbean toward Europe.

As this warm water cools and sinks near Greenland, it drives a deep ocean current that moves cold water back southward.

This cycle distributes heat globally, stabilizes weather systems, and supports ocean biodiversity.

The AMOC Is Slowing—Why?

Recent research suggests that the AMOC has weakened by approximately 15% since the mid-20th century due to rapid climate changes. A key driver of this decline is the accelerated melting of the Greenland Ice Sheet, which dumps massive amounts of freshwater into the North Atlantic, disrupting the delicate balance of ocean circulation. (Carbon Brief, 2021)

🔬 The Science Behind the Slowdown:

Melting ice adds freshwater → This dilutes seawater salinity, making it less dense.

Less dense water doesn’t sink → This weakens the AMOC, slowing the transport of warm water northward and cold water southward.

A Tipping Point?

A 2023 study in Nature Communications suggests that if current trends continue, the AMOC could collapse between 2037 and 2064, with a central estimate of around 2050. (Ditlevsen & Ditlevsen, 2023, Nature Communications)

Why Does This Matter?

A collapse of the AMOC would lead to catastrophic climate disruptions worldwide, triggering temperature shifts, extreme weather, and ecosystem collapses.

🌍 1. Europe’s Climate Shift: A Possible Mini Ice Age

The AMOC keeps Northern Europe much warmer than its latitude suggests. If it collapses:

European temperatures could plummet, leading to colder winters and shorter growing seasons.

Agriculture, energy grids, and infrastructure could face severe disruption.

Historical warning: The last AMOC shutdown—during the Younger Dryas (~12,000 years ago)—plunged Europe into a deep freeze lasting nearly 1,000 years. (Columbia University, 2020)

🌀 2. Intensified Hurricanes & Heatwaves in North America

A weaker AMOC traps warm waters in the tropical Atlantic, fueling stronger hurricanes along the U.S. East Coast.

A weakened jet stream could cause more heatwaves and prolonged droughts in the U.S. (NOAA, 2023)

🌧️ 3. Monsoon Disruptions in Africa and Asia

The AMOC regulates monsoons across West Africa and South Asia.

Slower circulation → Weaker monsoons → Failed rains → Widespread drought & food shortages.

Already vulnerable regions could experience famine and mass displacement. (IPCC Report, 2021)

🩸 4. Accelerated Ice Melt & Rising Sea Levels

A weaker AMOC significantly contributes to global sea-level rise in multiple ways:

Greenland & Antarctic Ice Sheet Destabilization

The AMOC plays a key role in moving heat away from polar regions.

As it weakens, more heat accumulates in the Southern Ocean, accelerating the melting of the Antarctic Ice Sheet. (NASA, 2023)

This leads to massive ice loss, contributing directly to rising sea levels.

Thermal Expansion of Water

Warmer oceans expand, causing sea-level rise.

A weaker AMOC leads to higher ocean temperatures, worsening thermal expansion effects. (IPCC, 2021)

Redistribution of Ocean Mass

The AMOC normally pulls water away from the U.S. East Coast, keeping local sea levels lower.

As it weakens, this effect diminishes, causing rapid sea-level rise along the U.S. East Coast. (NOAA, 2023)

Local Sea-Level Rise Effects

Studies show that regions along the Atlantic coasts of the U.S. and Europe experience faster-than-average sea-level rise due to AMOC weakening. (Rahmstorf et al., 2015, Nature Climate Change)

🔬 References

Ditlevsen, P. D., & Ditlevsen, S. (2023). Nature Communications. "Warning of AMOC collapse between 2037 and 2064." Link

Carbon Brief (2021). "The Atlantic Ocean circulation has weakened by 15% since the mid-20th century." Link

Inside Climate News (2024). "Climate Impacts from Collapse of AMOC Could be Worse than Expected." Link

Geophysical Research Letters (2023). "AMOC weakening linked to cooling in the North Atlantic and Arctic regions." Link

Paul Nobre et al, AMOC decline and recovery in a warmer climate Link

📚 Quiz: Test Your Knowledge on the AMOC Collapse

1. What is the AMOC?

A) A type of ocean current that circulates warm and cold water B) A weather pattern affecting the Pacific Ocean C) A new climate change mitigation strategy D) A human-made irrigation system

2. What causes the AMOC to slow down?

A) Increasing ocean salinity B) Melting ice adding freshwater to the North Atlantic C) Earth's rotation slowing down D) Volcanic activity in the Arctic

3. How much has the AMOC weakened since the mid-20th century?

A) 5% B) 10% C) 15% D) 25%

4. What historical event is linked to a past AMOC shutdown?

A) The Younger Dryas period (~12,000 years ago) B) The Medieval Warm Period (~1,000 years ago) C) The Industrial Revolution (~200 years ago) D) The Great Ice Age (~100,000 years ago)

5. How does AMOC slowdown affect global sea levels?

A) It has no impact on sea levels B) It causes rapid sea-level rise by destabilizing ice sheets C) It lowers sea levels worldwide D) It only affects Europe’s sea levels

6. What is a major consequence of AMOC weakening for North America?

A) Increased hurricane activity along the U.S. East Coast B) A permanent drought in the Midwest C) No significant changes D) Year-round snowfall in Florida

7. What historical event is linked to a past AMOC shutdown?

A) The Younger Dryas period (~12,000 years ago) B) The Medieval Warm Period (~1,000 years ago) C) The Industrial Revolution (~200 years ago) D) The Great Ice Age (~100,000 years ago)

8. What role does the AMOC play in African and Asian monsoons?

A) It strengthens monsoons B) It regulates monsoon rainfall patterns C) It has no impact on monsoons D) It increases desertification in Europe

9. Which organization has warned that the AMOC is one of the most pressing climate threats?

A) NASA B) IPCC C) WHO D) UN

10. What can be done to slow AMOC weakening?

A) Increase fossil fuel emissions B) Reduce greenhouse gas emissions C) Dump more freshwater into the Atlantic D) Nothing, it's inevitable

📚 Quiz: Test Your Knowledge on the AMOC Collapse

1. What is the AMOC?

Answer: A - The AMOC is a major ocean current system that moves warm and cold water across the Atlantic.

2. What causes the AMOC to slow down?

Answer: B - Melting ice from Greenland introduces freshwater, reducing salinity and weakening the AMOC.

3. How much has the AMOC weakened since the mid-20th century?

Answer: C - Studies estimate the AMOC has weakened by about 15% since the mid-20th century.

4. What historical event is linked to a past AMOC shutdown?

Answer: A - The Younger Dryas period, caused by AMOC shutdown, led to a sharp cooling event in Europe.

5. How does AMOC slowdown affect global sea levels?

Answer: B - A weaker AMOC contributes to rising sea levels by destabilizing ice sheets and warming the oceans.

6. What is a major consequence of AMOC weakening for North America?

Answer: A - The accumulation of warm water due to AMOC slowdown fuels stronger hurricanes along the U.S. East Coast.

7. What historical event is linked to a past AMOC shutdown?

Answer: A - The Younger Dryas period (~12,000 years ago) was a significant climate event linked to AMOC disruption.

8. What role does the AMOC play in African and Asian monsoons?

Answer: B - The AMOC helps regulate rainfall patterns in Africa and South Asia, influencing monsoon systems.

9. Which organization has warned that the AMOC is one of the most pressing climate threats?

Answer: B - The IPCC has identified AMOC weakening as a major climate threat in its latest reports.

10. What can be done to slow AMOC weakening?

Answer: B - Reducing greenhouse gas emissions is crucial for slowing AMOC weakening and preventing collapse.

🔬 References

Ditlevsen, P. D., & Ditlevsen, S. (2023). Nature Communications. "Warning of AMOC collapse between 2037 and 2064." Link

Carbon Brief (2021). "The Atlantic Ocean circulation has weakened by 15% since the mid-20th century." Link

Inside Climate News (2024). "Climate Impacts from Collapse of AMOC Could be Worse than Expected." Link

Geophysical Research Letters (2023). "AMOC weakening linked to cooling in the North Atlantic and Arctic regions." Link

NASA (2023). "AMOC Decline and Its Impact on Global Climate Systems." Link

[fleshst4r]

Bad and naughty birds go into the SPIKE TRAP to atone for their bird crimes

[postsofbabel]

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[shimeji-mint]

many uev views

[midnight--sadness]

!!! I just saw this trailer on youtube! https://youtu.be/4A_kmjtsJ7c?si=RthF23A_67a_-Uev Tell me this doesn’t scream Gi-hun being caught in a love triangle between In-ho and whoever you want the other guy to be!

THE MATERIALISTS YES!! FINALLY CHRIS EVANS HAS A GOOD ROLE AGAIN 🙏🙏🙏

i think the other guy would be sangwoo probably. an old flame, rushing in from the past.

gihun as a matchmaker is actually a god tier idea 🫶 he's friendly and he can read other people, he'd def be good at it!

[gustavodanielalberto]

💪ueves‼️

[4x4community]

Conqueror UEV 14

Forum: Trailers, Caravans, Towing etc Posted By: beer007 Post Time: 2024/10/08 at 06:39 PM http://dlvr.it/TF78m5

[444namesplus]

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[moleculardepot]

Recombinant UBE2V1 Protein

Recombinant UBE2V1 Protein Catalog number: B2017750 Lot number: Batch Dependent Expiration Date: Batch dependent Amount: 25 µg Molecular Weight or Concentration: 18.66 kDa Supplied as: SOLUTION Applications: a molecular tool for various biochemical applications Storage: -80°C Keywords: Ubiquitin conjugating enzyme E2 variant 1, CIR1, CROC-1, CROC1, UBE2V, UEV-1, UEV1, UEV1A Grade: Biotechnology…

[earthvitalsignimpact]

Immersive Time Travel Adventure: Elana and the Zanclean Flood

**Setting the Scene**

Elana, a brilliant geophysicist in her late 20s, works at a temporal research lab in 2075. Her team’s ChronoSphere, a prototype time-travel device, enables short jumps into the past. Elana volunteers to observe the Zanclean Flood, a cataclysmic event around 5.33 million years ago that refilled the Mediterranean Sea after it nearly dried up. Equipped with a survival suit, a holographic AI assistant named KAI, and her sharp critical thinking skills, Elana embarks on a mission to collect geological data and witness one of Earth’s most dramatic events.

---

**Act 1: The Jump**

Elana enters the ChronoSphere, a glowing pod pulsing with quantum energy. Her objective: observe the Zanclean Flood’s onset, gather data, and return within 24 hours. KAI briefs her: “The Zanclean Flood occurred when the Atlantic breached the Gibraltar Strait, refilling the Mediterranean Basin in months to two years. Expect violent currents, seismic activity, and unstable terrain.”

The ChronoSphere hums, and Elana materializes on a rocky outcrop overlooking a dry valley at the Gibraltar Strait. The air is arid, the ground cracked, and the Mediterranean Basin stretches below as a vast, parched depression. The Atlantic roars faintly beyond a natural dam of rock and sediment.

**Critical Thinking Challenge #1: Assessing the Environment**

Small tremors ripple through the ground, and KAI reports elevated seismic activity, indicating the dam’s imminent collapse. Elana must choose her position for safety and data collection:

- **Option A**: Climb higher for a better view, risking rockfalls.

- **Option B**: Approach the dam for detailed readings, risking a sudden breach.

- **Option C**: Stay put and deploy drones, minimizing risk but potentially missing direct observations.

**Elana’s Reasoning**: Elana weighs the risks. Option A avoids flooding but not landslides. Option B is too dangerous given the tremors. Option C balances safety and data collection, though drones may lack the nuance of human observation. She selects Option C, reasoning that drone data can be analyzed later, and safety is paramount. She deploys drones to scan the dam and basin, and KAI projects a holographic map showing stress fractures. Elana predicts the breach is hours away.

---

**Act 2: The Flood Unleashed**

A thunderous crack echoes as the dam shatters. A towering wall of Atlantic water surges through, carving a channel and flooding the basin. The ground quakes, and Elana’s outcrop trembles. Her drones capture the spectacle: water roars at 100 meters per second, carrying boulders and sediment. The Mediterranean begins to transform into a sea.

**Critical Thinking Challenge #2: Adapting to Chaos**

A drone is lost in a whirlpool, and KAI warns that the outcrop is eroding as a massive wave approaches from a secondary breach. Elana faces three choices:

- **Option A**: Use the ChronoSphere’s recall to return to 2075, abandoning the mission.

- **Option B**: Climb to a nearby ridge, risking a dangerous ascent during quakes.

- **Option C**: Activate her suit’s buoyancy mode to ride the wave, collecting data from within the flood.

**Elana’s Reasoning**: Elana evaluates the trade-offs. Option A ensures safety but sacrifices the mission. Option B exposes her to debris and unstable terrain. Option C is risky but offers unique data, and her suit can withstand impacts up to 120 m/s. Cross-referencing KAI’s wave speed data (80 m/s), she chooses Option C, confident in the suit’s capabilities and the scientific reward.

Elana leaps into the torrent, her suit stabilizing her as KAI records water chemistry, sediment load, and flow dynamics. She’s awestruck by the flood’s power, navigating a chaotic blend of terror and wonder.

---

**Act 3: The Temporal Anomaly**

As Elana rides the flood, KAI detects a weakening ChronoSphere recall signal, likely disrupted by electromagnetic interference from the flood. Stranded in the Miocene, she faces a new mystery: a metallic, cylindrical object partially buried in the sediment, clearly not of this era.

**Critical Thinking Challenge #3: Solving the Anomaly**

Elana must decide:

- **Option A**: Ignore the object, stabilize the recall signal, and return.

- **Option B**: Briefly investigate the object, risking signal loss but gaining insight.

- **Option C**: Retrieve the object, potentially destabilizing the ChronoSphere.

**Elana’s Reasoning**: Elana applies critical thinking. Option A is safest but ignores a potential breakthrough. Option B balances curiosity and caution, allowing a quick scan. Option C risks the mission entirely. She chooses Option B, hypothesizing the object could be a time traveler’s relic or an unknown artifact. KAI scans it, revealing a titanium alloy with unreadable inscriptions. As the recall signal fades, Elana amplifies it with KAI’s tools and activates the ChronoSphere just as another wave looms.

---

**Act 4: Return and Reflection**

Elana reappears in 2075, drenched but triumphant, with extensive data and the object’s scan. Her team analyzes the flood footage, confirming the event’s scale: 100 cubic kilometers of water per day reshaped the Mediterranean. The mysterious object sparks debate—could it be from a future mission, another time traveler, or an ancient civilization? Elana reflects on her critical thinking, which guided her through uncertainty, balanced risks, and embraced the unknown. She advocates for further research with enhanced anomaly protocols.

**Final Critical Thinking Exercise for the Reader**

As Elana’s colleague, you must plan the next mission. The object’s scan suggests it’s from a future timeline or advanced civilization. Your options:

- **Option A**: Retrieve the object, risking temporal interference.

- **Option B**: Study the scan in 2075, avoiding further time travel until clarified.

- **Option C**: Investigate a different era, postponing the object’s study.

**Question**: Which would you choose, and why? Justify your decision, considering risks, rewards, and unknowns.

---

**Important Scientific Evidence Supporting the Zanclean Flood**

The Zanclean Flood is a well-documented geological event, supported by extensive evidence from multiple disciplines. Below is a summary of key scientific findings that ground this adventure in reality:

1. **Stratigraphic Evidence**:

- Deep-sea drilling cores from the Mediterranean (e.g., Deep Sea Drilling Project, 1970s) reveal the Messinian Salinity Crisis (5.96–5.33 Ma), when the Mediterranean became isolated from the Atlantic, forming thick evaporite deposits (salt and gypsum) up to 2–3 km deep. Above these, Zanclean-aged sediments show a sharp transition to marine deposits, indicating rapid refilling.

- The “Lago Mare” facies, found in Mediterranean basins, contain brackish-to-freshwater fossils, suggesting partial desiccation before the flood. Overlying marine fossils (e.g., planktonic foraminifera) confirm the Atlantic’s return.

2. **Geomorphological Evidence**:

- Seismic imaging and bathymetric studies of the Gibraltar Strait reveal a deeply incised paleo-channel, up to 400 m deep and 8–10 km wide, consistent with catastrophic erosion by high-velocity water flows.

- The Alboran Sea and western Mediterranean show mega-ripples and scoured bedrock, indicative of extreme hydrodynamic forces during the flood.

3. **Paleontological Evidence**:

- Fossils of marine species (e.g., Atlantic-derived fish and mollusks) appear abruptly in Zanclean sediments, replacing Messinian brackish or terrestrial fauna. This rapid faunal shift supports a sudden marine reconnection.

- Extinction of endemic Messinian species in the Mediterranean aligns with the environmental upheaval of the flood.

4. **Geochemical Evidence**:

- Oxygen and carbon isotope ratios (δ18O, δ13C) in Zanclean carbonate sediments indicate a shift from hypersaline to normal marine conditions, consistent with Atlantic inflow.

- Boron and strontium isotopes in evaporites and marine deposits pinpoint the timing of the flood to ~5.33 Ma, aligning with global sea-level records.

5. **Numerical Modeling**:

- Studies (e.g., Garcia-Castellanos et al., 2009) model the flood’s dynamics, estimating an initial trickle escalating to peak flows of 108 m³/s, refilling the basin in 0.5–2 years. The models predict water velocities of 40–100 m/s and erosion rates capable of carving the Gibraltar channel.

- Simulations account for tectonic uplift and subsidence, suggesting a lowered Gibraltar sill facilitated the breach.

6. **Chronological Evidence**:

- Magnetostratigraphy and biostratigraphy (e.g., planktonic foraminifera zones) date the flood to the early Zanclean stage, with a precise onset at ~5.33 Ma, corroborated by ash layers and cyclostratigraphy.

- The abrupt transition in sediment cores (Messinian-Zanclean boundary) supports a geologically rapid event, not a gradual process.

This evidence, compiled from decades of research, confirms the Zanclean Flood as a transformative event that reshaped the Mediterranean, making it a compelling backdrop for Elana’s adventure. The data also underscores the importance of interdisciplinary science in reconstructing Earth’s history, mirroring Elana’s reliance on observation, analysis, and critical thinking.

—— Elana2358

[cryptolangsguy]

Haaf feu, emf ruzvaqu pa pu Vtuspazemhd Hiu nzah.

utu O rozz nu sadpomh feozu vtuspazemhd, daqu ag rov O eztuefu vequ is rop, daqu qefu is am pu dsap.

E wiovl GEW:Rep faud "vtuspazemh" quem? Vtuspazemhd etu pu sutguvp qoffzu nupruum vamzemhd emf vosutd. Puu etu paazd rov vem nu iduf pa umvafu pucp, ofu op'd quemomh nip luus op stamaimvuenzu. ar fa O tuef padu dptomhd ag zupputd uai sadp? Pu dptomhd ag zupputd etu pu vtuspazemh tizudptomhd, rutu ubutu zupput od tuszevuf nu pu amu dpemfomh pa pu tohp. Ditu umaih, O vem'p ucszeom ubutupomh utu, da uai vem tuef enaip pu VFD (Vtuspazemhd Faviqumpepoam Dpemfetf) am pu Tuffop vaqqimopu utu (sp1) emf utu (sp2). Ru raizf O muuf vtuspazemhd? Ditu umaih, puu etu e idugiz paaz ubum og puu fam'p zaal ed div ep gotdp. Puu etu e sutguvp tuszevuqump gat vamzemhd og uai remp pa omvzifu gatuohm zemhiehud om uait ratld nip fam'p remp pa dsumf poqu emf tudaitvud am em uzenatepu vamzemh.

Pa fuqamdptepu ar uev vtuspazemh ratld, pod dumpumvu rozz nu iduf ed em uceqszu:

O puzz uai "dsomc ag nzevl wietpx, kifhu qu bar" ed pu wiovl ntarm gac kiqsd abut pu zexu fah.

Avvedoamezzu, aput dumpumvud, at betoepoamd ag pu atohomez amu qohp nu iduf pa fuqamdptepu pu reu amu hobum vtuspazemh ratld.

Ezz qu sadpd rozz nu pehhuf rop #feozu vtuspazemhd, gat uait vambumoumvu. Ed ruzz, uev sadp rozz ebu pu mequ ag pu vtuspazemh om pu pehd gatqeppuf zolu pod: #vz , og daqu vaqszuc vtuspazemh fuqemfd pu idehu ag daqu aput, doqszut amu.

Haaf vtuspazemhomh!

[bartwatching]

Het jachtongeluk

Ooit, als kleine jongen, eens met mijn ouders en oma Wetzels, de echtgenote van mijn Opa Linssen, het Kasteel van Eijsden bezocht. Mijn oma vertelde me toen dat een neefje van haar "in de buurt van "op" het kasteel had gewoond en was gestorven bij een jachtongeluk. Hij was één van de drijvers volgens haar en per ongeluk neergeschoten door één van de jagers. Het verhaal is me altijd bijgebleven. Tijd voor een nader onderzoek. Wat was er toen precies gebeurt? En wie had het gedaan? In 1937, op woensdagmiddag 3 november, gebeurde er in het Savelsbos een jachtongeluk. De dertienjarige Hubert Wetzels werd in het hoofd getroffen door een schot hagel en hij overleed kort daarna. Hubert was de zoon van de boswachter van de Graaf de Liedekerken uit Eijsden. Hij is wel nog naar het ziekenhuis in Maastricht gebracht maar hulp mocht niet meer baten. De ongelukkige dader was hotelier L.P.J.  Mandigers uit Heerlen die op een wegrennend konijn had geschoten. Naderhand ontdekte ik, via oude telefoonboeken uit de collectie van Centre Céramique, dat hij de eigenaar was van Hotel Victoria in Heerlen. Uiteindelijk is hij verhuisd naar de omgeving van Eindhoven waar hij in 1971 overleden is.   Op de plaats van het dramatische ongeluk staat nu een herdenkingskruis. Zie de afbeelding hieronder.

Uiteindelijk was het geen neefje van mijn oma maar het bleek om een achterneefje te gaan. Desalniettemin heeft het indruk gemaakt op mijn oma als ze er zoveel jaren later nog over sprak. Waarschijnlijk ook wel omdat het een generatiegenoot betrof. Mijn oud-collega Piet Wetzels bleek wel een rechtstreeks familielid van hem te zijn en was ook bekend met het verhaal. Hij vertelde me dat Hubert in de familie ook wel ‘de witte’ werd genoemd waarschijnlijk omdat Hubert een wit kuifje had.

Bronnen

Limburgsch Dagblad, 4.11.1937 >> https://www.delpher.nl/nl/kranten/view?coll=ddd&identifier=ddd:010934964:mpeg21:a0102

Limburgsch Dagblad , 5.11.1937 >> https://www.delpher.nl/nl/kranten/view?coll=ddd&identifier=ddd:010934965:mpeg21:a0096

Bredasche Courant, 16.11.1938 >> https://www.delpher.nl/nl/kranten/view?coll=ddd&identifier=MMSAB03:000068820:mpeg21:a0046

Herdenkingskruis Uit: Eijsdens Verleden, maart 1989, p. 14-15 >> https://www.eijsdensverleden.nl/online/wp-content/uploads/2019/08/UEV-45-1989_Optimized.pdf

[ruifictiveapproved]

whene ffj u guys domerjmes sit fdonr dobm do uev ever rbjngk abiut hpw w f fffffff

[gustavodanielalberto]

💪ueves‼️

[diarioelpepazo]

JOSÉ LUIS MARTÍNEZ El lituano (21+11+10), Murray (27+9), Huerter (31) y Foz (24), insuficientes ante el juego coral de los de Indiana, con siete jugadores con dobles dígitos JOSÉ LUIS MARTÍNEZ Los Kings cayeron derrotados ante los Pacers (121-126) en un partido en el que Domantas Sabonis firmó su tercer triple-doble consecutivo (21+11+10) con 8/12 t2, 0/1 t3 y 5/8 tl. Fue su duodécimo triple-doble esta temporada. Pero ni su actuación, ni las de Murray (27+9), Huerter (31+2+4) y Fox (24+6+6) sirvió para impedir el triunfo de unos Pacers que tuvieron a siete jugadores en dobles dígitos. Mathurin (25+3+4), McConnell (20+1+10), Turner (18+2), Smith (17) y Walker (15) destacaron en el triunfo de los de Indiana. "Una derrota como esta debería doler", dijo el entrenador de los Kings, Mike Brown. "Sé que podemos ser un mejor equipo defensivo de lo que somos. Así que tiene que empezar ahí porque al final del día, vamos a encontrar una manera de anotar. Simplemente tenemos que encontrar una manera de frenar a algunos de estos equipos", explicó. OTROS RESULTADOS ueves 18 enero NBA Raptors - Bulls Estado:Finalizado Raptors 110 Bulls 116 Knicks - Wizards Estado:Finalizado Knicks 113 Wizards 109 Jazz - Thunder Estado:Finalizado Jazz 129 Thunder 134 Timberwolves - Grizzlies Estado:Finalizado Timberwolves 118 Grizzlies 103 Kings - Pacers Estado:Finalizado Kings 121 Pacers 126 Para recibir en tu celular esta y otras informaciones, únete a nuestras redes sociales, síguenos en Instagram, Twitter y Facebook como @DiarioElPepazo El Pepazo/Marca

[elzdatz]

Painting I did for my sister's birthday!! I think uev come pretty far since I started painting around a year ago :)