วีดีโอ

That entire CSX line has had many similar cases, and even death, that crossing already has a few collisions under it's belt.

WELL DESERVED ❤ OORAH MEGAN AND REX

0:13 truck trailer melted

Rockland County mounted Police Officer uniform is stylish !

JoelRodriguez

What's THE YP FOR?

Recorded horizontally:)

Holy moly!

Ask who the Village of Spring Valley Fire Inspectors were at the time, how many years they were on the job, and why they have no records of inspection for Evergreen or other facilities for several years.....The building might not have burned so quickly or completely had it been scrutinized for code compliance over its last years.

😐

Why are there soooooo many stupid truck drivers out there? ? ?

😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮

😢😢😢😢😢😢😢😢😢😢😢😢😢😢😢😢😢😢

😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮

Is a Hobby lobby near?

Lmfao

Watching Roller Jam on Max, I was reminded of fun times at Montvale roller rink. We used to go right over the border from Rockland county in high school. ❤❤❤

Wow that’s pathetic.

This was right after the fatal fire at Evergreen. The mayor was trying to get equipment upgrades for the fire department and the black hats were blocking it. The village got it 2 years later at $500k more than it would have cost if they approved it at this meeting.

Certain biomes are more prone to traffic jams and congestion due to their specific weather conditions and environmental challenges. Here’s how different biomes generally affect traffic speed and lead to more congestion: 1. Urban Biomes (Cities) • Traffic Jams: Urban areas experience constant traffic congestion due to high population density, large numbers of vehicles, and complex road networks. Weather conditions like rain, snow, or heat waves exacerbate congestion. Urban biomes are more prone to traffic jams regardless of the specific weather but especially during peak commuting hours. • Speed Reduction: In urban areas, traffic speed is significantly reduced due to heavy volume and constant stops (traffic lights, pedestrians, etc.). 2. Tropical Rainforests • Traffic Jams: Heavy rainfall and frequent storms in tropical rainforests lead to flooding, muddy roads, and reduced visibility, causing frequent traffic jams. Infrastructural challenges like poor drainage systems can worsen this, slowing traffic further. • Speed Reduction: Wet, slick roads and flooded areas reduce traffic speed considerably, with vehicles sometimes needing to stop or take detours. 3. Taiga (Boreal Forests) • Traffic Jams: Snow and ice are the primary causes of congestion in taiga regions. Long, harsh winters lead to snow-covered or icy roads, causing vehicles to drive slower, increasing the risk of accidents and breakdowns, and resulting in traffic jams. • Speed Reduction: In winter, traffic speed slows dramatically, with many roads becoming nearly impassable without snow-clearing equipment or chains on tires. 4. Tundra • Traffic Jams: Tundra biomes are characterized by extreme cold, ice, and snow, making driving conditions difficult and prone to jams. In some cases, roads may be completely shut down due to snowstorms or ice formation. • Speed Reduction: Traffic moves very slowly due to icy roads, with vehicles required to take extra precautions to avoid slipping or getting stuck. 5. Deserts • Traffic Jams: Extreme heat can cause mechanical issues in vehicles, such as overheating engines and tire blowouts. In some desert regions, dust storms reduce visibility, leading to congestion. While deserts are often sparsely populated, in places where traffic exists, these factors can slow vehicles down. • Speed Reduction: While traffic isn’t as dense, dust storms and heat slow down travel speed. Heat-related road damage (e.g., melting asphalt) can also reduce speed. 6. Grasslands (Savannas and Prairies) • Traffic Jams: During the wet season, grassland areas experience heavy rainfall, leading to flooded roads, muddy conditions, and slower traffic, especially in areas with less developed infrastructure. • Speed Reduction: During rainy periods, speed is reduced due to slick or muddy roads. In the dry season, traffic tends to move more smoothly. 7. Temperate Deciduous Forests • Traffic Jams: In temperate regions, seasonal weather like snow, rain, and autumn leaf fall can lead to congested roads. Snow and ice in the winter, combined with wet, slippery roads in the rainy seasons, often cause jams. • Speed Reduction: Roads become slick during rain or snow, and traffic slows to prevent accidents. Fallen leaves can also make roads slippery in autumn. 8. Mediterranean Biomes (Chaparral) • Traffic Jams: In Mediterranean climates, winter rains can cause landslides and flooding, leading to traffic congestion. Wildfires during the dry summer season also lead to road closures or slowdowns, causing jams. • Speed Reduction: Speed is significantly reduced during the rainy season and in areas near wildfires due to smoke, debris, and detours. 9. Mountains (Alpine Biomes) • Traffic Jams: Snow, ice, and steep slopes in mountain regions cause congestion during the winter. Narrow, winding roads in mountainous areas are also prone to jams, especially during peak tourist seasons or ski trips. • Speed Reduction: Traffic speed is often slower year-round due to the difficulty of driving on steep, narrow roads, but it becomes especially slow during snowstorms or icy conditions. Biomes Most Prone to Traffic Jams: 1. Urban Biomes (Cities): Constant congestion due to high population and heavy traffic flow. 2. Tropical Rainforests: Heavy rains and storms cause significant slowdowns and jams. 3. Taiga and Tundra: Snow and ice are major causes of congestion, especially in winter. 4. Deserts: Dust storms and extreme heat can cause traffic jams, though less frequent. 5. Mountain (Alpine Biomes): Narrow, icy, or snow-covered roads lead to frequent jams. Biomes with Fewer Traffic Jams: 1. Savannas/Prairies: Less prone to jams except during wet seasons. 2. Temperate Deciduous Forests: More moderate traffic impact except during heavy rain or snow events. In summary, biomes with extreme weather conditions like heavy rainfall, snow, and ice (tropical rainforests, tundra, taiga, and mountainous areas) tend to experience more traffic jams and congestion due to environmental challenges affecting roads and visibility.

Both temperature and precipitation significantly affect traffic, but their impact varies depending on the situation: Precipitation (Rain, Snow, Ice) • Greater Immediate Impact on Traffic: Precipitation, especially heavy rain, snow, or ice, often has a more direct and immediate effect on slowing traffic: • Reduced Visibility: Rain and snow can impair visibility, making it harder for drivers to see the road, other vehicles, and pedestrians. • Slippery Roads: Rain creates slick surfaces, and snow or ice drastically reduces tire traction, leading to a higher risk of skidding and accidents. • Flooding: Heavy rain can lead to road flooding, sometimes making routes impassable and causing severe delays or detours. • Snow and Ice Buildup: Snowstorms or freezing rain can completely cover roads, requiring snowplows and salting to make roads safe again. Traffic may come to a standstill until roads are cleared. Temperature (Heat or Cold) • Less Immediate but Still Significant: • Freezing Temperatures: Extreme cold can lead to icy roads, which have similar effects to snow, slowing traffic and making driving more hazardous. Cold weather can also cause mechanical problems with vehicles, such as battery failures or frozen fuel lines. • Hot Temperatures: Extreme heat can cause tires to overheat, pavement to soften (especially asphalt), and stress on engines, though these effects are usually less severe in slowing traffic compared to rain or snow. However, heat can also affect traffic flow when it leads to vehicle breakdowns or road buckling. Which Affects Traffic More? • Precipitation generally has a greater impact on traffic in the short term. Rain, snow, and ice immediately affect road conditions, visibility, and vehicle handling, leading to slowdowns, accidents, and even road closures. • Temperature can still influence traffic, especially in extreme cold (with icy roads) or heat (with vehicle overheating), but its effects tend to be more gradual and less immediately disruptive compared to precipitation. In summary, precipitation (especially heavy rain, snow, or ice) typically affects traffic more severely and immediately than temperature, although extreme temperatures can also contribute to slowdowns and hazards.

1:16: th-cam.com/video/uyIVAm9PVrI/w-d-xo.htmlsi=s2T4dsL7kcXod6CY

Bro my dad was driving the Locomotive

All of 0:40 feels like it was pulled straight from a sitcom 😭😂

What exact location in nyack this is???

Total piece of crap this guy is. When you debate with him he's rude, doesn't let you speak your view Ugly too, bet he has to pay for it .😂

A Jew berating a fellow Jew, wow.

I'd vote for this guy for the rest of my life. What a fucking legend!

I know David Carlucci he is a sack of excrement from Rockland County, NY where he was a clerk. Now he is a DNC cluck.

What a jack ass

Your a fool and idiot you better be afraid you need to be fired dumb ass

thank you all

Boy do these cops waste a lot of time!

I feel bad for the people of Rockland and west Chester county, vote for Davy, you’re be sorry

That piece of garbage Specht sitting on the side in silence

Shout out to otis for this one

All these trucks are made in Mexico,.the plant in Mexico needs to be sued because of too many breakdowns.

Usually suspect 🙉

Seeing how these folks treat one another, it's not hard to imagine they will treat others, like hmmmm Palestinians.

I know this spot well. As far back as I can remember, this pavement around this crossing has always been torn up, potholed and broken. The tracks are raised, and the pavement dips down on both sides trapping water and ice, leading to rapid dilapidation of the pavement. The crossing is immediately to a an intersection with a busy local highway (strode) and the sightlines of the highway, tracks and intersection and crossing are all horrendous. Back in the mid 60's my mom had me with her in her gargantuan station wagon, on the way to see her friend Christine in Haverstraw, and the crossing was lying in wait for us... There were potholes on both sides of the rail, and when the older rear tires hit the rail, the effect was like a jackhammer causing an instant blowout, and scaring the crap out of 6 year old me. Lucky my mom could drive like Mario Andretti, and held it together. Stupidly enough, I did the same thing years later, and damaged the sidewall of one of the rear tires on my car, costing me a new tire. Even now, if you google map to the right spot and drop to street level, you can easily see just how deteriorated the pavement here is with patches on top of patches on top of patches. This intersection never stays properly paved for more than a few years, before it start eating cars, tires trucks, and tragically, busses. IMO, this has to be an old indian burial ground.

5248.318пойыз рахмет 😍

Csx train chese seaboard

0:00 bro is Luigi

Пойыз рақмет вагон әкешім анашым

That freight train is canceled now.

It’s sad how such a ableist freight train could just hit that poor blind truck.

yp = yield protection

On the center of the screen, why does it say “yp”?

Goat 🐐

What season was this for? And was Julian McMahon on set?