Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

Permeable surfaces allow rainwater to filter through the ground, reducing runoff, easing pressure on drainage systems, replenishing groundwater, and helping trees and surrounding vegetation access the moisture they need. In contrast, sealed surfaces can accelerate flooding and leave the soil beneath dry and disconnected from natural water cycles.

Landscape Architecture

107,111 subscribers

41,661 views • 8 days ago •via X (Twitter)

Education Health & Wellness Science & Technology

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

Sweet Vernal Grass seed. On contact with water they spin. On the ground this allows them to 'burrow' through the sward and soil.

Sweet Vernal Grass seed. On contact with water they spin. On the ground this allows them to 'burrow' through the sward and soil.

Ross Piper

2,033,787 views • 3 years ago

Goose barnacles are filter-feeding crustaceans that live attached to hard surfaces of rocks and flotsam in the ocean intertidal zone. They feed through the water motion during tides, rather than the movement of their cirri [📹 Lucy McRobert]

Goose barnacles are filter-feeding crustaceans that live attached to hard surfaces of rocks and flotsam in the ocean intertidal zone. They feed through the water motion during tides, rather than the movement of their cirri [📹 Lucy McRobert]

Massimo

479,411 views • 3 years ago

Two dry holes. The client called VerdiSol. 💧🔎 After drilling two unsuccessful boreholes, our client came to us before making another costly drilling decision. We’re now on site conducting a comprehensive Drone Water Survey and Borehole Pegging exercise — working from the bottom up to understand the land, its terrain, drainage patterns and groundwater indicators. The question isn’t simply “Where do we drill?” It’s: “What caused the previous dry holes, and does this land still justify investing in another borehole?” That’s what we’re here to investigate. 📍 Drone Water Survey 📍 Comprehensive Site Assessment 📍 Borehole Siting & Pegging 📍 Terrain & Drainage Analysis 📍 Groundwater Target Assessment After two dry holes, we’re not guessing the third. We’re investigating.

Two dry holes. The client called VerdiSol. 💧🔎 After drilling two unsuccessful boreholes, our client came to us before making another costly drilling decision. We’re now on site conducting a comprehensive Drone Water Survey and Borehole Pegging exercise — working from the bottom up to understand the land, its terrain, drainage patterns and groundwater indicators. The question isn’t simply “Where do we drill?” It’s: “What caused the previous dry holes, and does this land still justify investing in another borehole?” That’s what we’re here to investigate. 📍 Drone Water Survey 📍 Comprehensive Site Assessment 📍 Borehole Siting & Pegging 📍 Terrain & Drainage Analysis 📍 Groundwater Target Assessment After two dry holes, we’re not guessing the third. We’re investigating.

Tatenda

10,861 views • 18 days ago

Leafy herbs like parsley and cilantro grow close to the soil, where they can easily pick up microorganisms, insects, parasite eggs, and soil particles. Because their leaves are curly and delicate, these contaminants can hide in the folds and be difficult to remove with a quick rinse. A simple soaking method can help: • 4 cups (1 L) water • 1 tbsp vinegar • 1 tsp salt • Soak ~10 min, then rinse well. Here’s the science behind it: Salt increases osmotic pressure in the water, helping detach small insects, debris, and parasite eggs from the leaf surface. Vinegar contains acetic acid, which lowers pH and helps reduce surface bacteria and microbes. Finally, running water washes away the loosened contaminants. Taking a few extra minutes to properly wash herbs can significantly reduce unwanted microbes and residues on your plate 🌱

Leafy herbs like parsley and cilantro grow close to the soil, where they can easily pick up microorganisms, insects, parasite eggs, and soil particles. Because their leaves are curly and delicate, these contaminants can hide in the folds and be difficult to remove with a quick rinse. A simple soaking method can help: • 4 cups (1 L) water • 1 tbsp vinegar • 1 tsp salt • Soak ~10 min, then rinse well. Here’s the science behind it: Salt increases osmotic pressure in the water, helping detach small insects, debris, and parasite eggs from the leaf surface. Vinegar contains acetic acid, which lowers pH and helps reduce surface bacteria and microbes. Finally, running water washes away the loosened contaminants. Taking a few extra minutes to properly wash herbs can significantly reduce unwanted microbes and residues on your plate 🌱

Barbara Oneill

204,030 views • 6 months ago

🇷🇺⚡ Strikes on Ukraine's energy infrastructures continue. Reported hits on Kiev and Krivoy Rog. The country is shutting down... Access to heating, gas, water, electricity reducing. This is what the Kremlin should have done to pressure Zelensky in 2022.

🇷🇺⚡ Strikes on Ukraine's energy infrastructures continue. Reported hits on Kiev and Krivoy Rog. The country is shutting down... Access to heating, gas, water, electricity reducing. This is what the Kremlin should have done to pressure Zelensky in 2022.

Spetsnaℤ 007 🇷🇺

110,101 views • 9 months ago

We continue to struggle with flooding in the city because whenever it rains, our own people use the running water as their trash car to take their garbage. They dump it in the drainage systems which later gets blocked and boom casing floods. We need to make sure we raise children who value the environment enough to know that this activity here affects us all…..

We continue to struggle with flooding in the city because whenever it rains, our own people use the running water as their trash car to take their garbage. They dump it in the drainage systems which later gets blocked and boom casing floods. We need to make sure we raise children who value the environment enough to know that this activity here affects us all…..

Denis Duke Woniala🇺🇬

10,414 views • 6 months ago

Wildlife officers relocated a ~200lb black bear from beneath the deck of a Colorado Springs home on Wed. Access to attractants like bird seed, pet food and trash can prevent bears from seeking a den in the wild where they enter torpor, their natural winter hibernation-like state.

Wildlife officers relocated a ~200lb black bear from beneath the deck of a Colorado Springs home on Wed. Access to attractants like bird seed, pet food and trash can prevent bears from seeking a den in the wild where they enter torpor, their natural winter hibernation-like state.

CPW SE Region

51,034 views • 10 months ago

It doesn’t take much water to create a dangerous situation. Just a few inches can lift a vehicle off the roadway and put lives at risk. As storm systems move through San Bernardino, Inyo, and Mono counties, our region is seeing a mix of rain, mountain snow, runoff, and localized roadway flooding. Combined with increased holiday travel, conditions can change quickly—especially in low-lying areas, desert washes, and mountain passes. Please keep these safety reminders in mind: • Never attempt to drive through standing or flowing water. • If water is covering the roadway, Turn Around, Don’t Drown and choose a safer route. • Expect delays during the holiday travel period and allow extra time to reach your destination. Flooded roads can be deceptive and deadly. Slowing down, staying alert, and making cautious decisions protects not only you and your passengers, but everyone sharing the road. Arriving safely is always worth the extra time. 📍 Sheep Creek Rd x Phelan Rd. #TurnAroundDontDrown #StormSafety #HolidayTravel #CALFIRE #SanBernardinoCounty #InyoCounty #MonoCounty

It doesn’t take much water to create a dangerous situation. Just a few inches can lift a vehicle off the roadway and put lives at risk. As storm systems move through San Bernardino, Inyo, and Mono counties, our region is seeing a mix of rain, mountain snow, runoff, and localized roadway flooding. Combined with increased holiday travel, conditions can change quickly—especially in low-lying areas, desert washes, and mountain passes. Please keep these safety reminders in mind: • Never attempt to drive through standing or flowing water. • If water is covering the roadway, Turn Around, Don’t Drown and choose a safer route. • Expect delays during the holiday travel period and allow extra time to reach your destination. Flooded roads can be deceptive and deadly. Slowing down, staying alert, and making cautious decisions protects not only you and your passengers, but everyone sharing the road. Arriving safely is always worth the extra time. 📍 Sheep Creek Rd x Phelan Rd. #TurnAroundDontDrown #StormSafety #HolidayTravel #CALFIRE #SanBernardinoCounty #InyoCounty #MonoCounty

CAL FIRE BDU

73,298 views • 9 months ago

RCMP cut this entrance from the highway directly into to hay field for easy access to set up and maintain the CFIA killing field. Not only did they completely tear up the entrance and many parts of the hay fields, when they finally withdrew they just cut down the tape and drove off, leaving the property accessible to anyone from the highway. It took the garlic property owners years to grow in that vegetation to provide cover from the road and security from poachers and trespassers. The RCMP destroyed much of the garlic farm property with their operation. They terrorized, antagonized and provoked the family that was stuck living inside their operation and when they finally withdraw, they leave all the access points completely vulnerable. Top notch work RCMP.

RCMP cut this entrance from the highway directly into to hay field for easy access to set up and maintain the CFIA killing field. Not only did they completely tear up the entrance and many parts of the hay fields, when they finally withdrew they just cut down the tape and drove off, leaving the property accessible to anyone from the highway. It took the garlic property owners years to grow in that vegetation to provide cover from the road and security from poachers and trespassers. The RCMP destroyed much of the garlic farm property with their operation. They terrorized, antagonized and provoked the family that was stuck living inside their operation and when they finally withdraw, they leave all the access points completely vulnerable. Top notch work RCMP.

Dacey Media

112,735 views • 10 months ago

Poor Soil = Less Food Plants feed us, but who feeds the plants? We know they need sun, water and – most importantly – nutrients such as nitrogen, phosphorus, and potassium. These are found in the soil, from which the plants absorb them. However, if the soil doesn’t have the necessary nutrition available, the plants starve, leading to diminished yields and less food for a growing population. #SaveSoil Action now:

Poor Soil = Less Food Plants feed us, but who feeds the plants? We know they need sun, water and – most importantly – nutrients such as nitrogen, phosphorus, and potassium. These are found in the soil, from which the plants absorb them. However, if the soil doesn’t have the necessary nutrition available, the plants starve, leading to diminished yields and less food for a growing population. #SaveSoil Action now:

Conscious Planet #SaveSoil

20,919 views • 3 years ago

.World Central Kitchen is helping small business in the Valencia many towns that suffered de flash flooding devastation. With bakeries, fish stores and “ fruterías” we are helping them to reopen as their people need to back to normal lives. Remember that all store fronts were cover in water and destroyed! #ChefsForValencia we are giving away thousands of boxes of vegetables and dry goods until All goes back to normal!

.World Central Kitchen is helping small business in the Valencia many towns that suffered de flash flooding devastation. With bakeries, fish stores and “ fruterías” we are helping them to reopen as their people need to back to normal lives. Remember that all store fronts were cover in water and destroyed! #ChefsForValencia we are giving away thousands of boxes of vegetables and dry goods until All goes back to normal!

Chef José Andrés 🕊️🥘🍳

38,748 views • 1 year ago

In Stockholm, Sweden, a quiet green solution is keeping young trees alive through intense dry spells. They are called bevattningspåsar, or tree watering bags. Simple green bags wrapped around tree trunks that release water slowly into the soil over several hours. City workers in Stockholm use them to reduce evaporation and runoff, helping urban trees survive heat stress and grow stronger in dense city spaces. It is simple, almost unglamorous. But it works. And it raises a powerful question for India, where extreme heat is becoming more frequent every year. Could a similar slow-drip watering system help protect young trees in our cities too, especially during harsh summers? Credits: Gopi Kapadia (@gopikapadiavlogs) #UrbanForestry #ClimateSolution #HeatwaveSolution #GoodNewsGlobal [urban forestry solutions, tree watering bags, bevattningspåsar, Sweden]

In Stockholm, Sweden, a quiet green solution is keeping young trees alive through intense dry spells. They are called bevattningspåsar, or tree watering bags. Simple green bags wrapped around tree trunks that release water slowly into the soil over several hours. City workers in Stockholm use them to reduce evaporation and runoff, helping urban trees survive heat stress and grow stronger in dense city spaces. It is simple, almost unglamorous. But it works. And it raises a powerful question for India, where extreme heat is becoming more frequent every year. Could a similar slow-drip watering system help protect young trees in our cities too, especially during harsh summers? Credits: Gopi Kapadia (@gopikapadiavlogs) #UrbanForestry #ClimateSolution #HeatwaveSolution #GoodNewsGlobal [urban forestry solutions, tree watering bags, bevattningspåsar, Sweden]

The Better India

16,829 views • 4 months ago

I simply mirrored the trees on the Z axis and added screen distortion to make it look like they were being reflected in the water. The skybox is just a static image. Truth is, there was no water from the start.

I simply mirrored the trees on the Z axis and added screen distortion to make it look like they were being reflected in the water. The skybox is just a static image. Truth is, there was no water from the start.

Potemki11

112,012 views • 6 months ago

Wow! Look how in Kazakhstan they undermine the ice on the rivers (very similar to the frames from the movie) The video shows the Bukhtarma River in the Altai region of northern Kazakhstan. The ice on it was blown up to protect people and their homes from floods. In spring, ice can accumulate in narrow places in the river, creating blockages - water cannot flow freely, the level rises, and flooding begins. Blasting helps break up the ice so that it moves downstream faster and does not interfere with the water.

Wow! Look how in Kazakhstan they undermine the ice on the rivers (very similar to the frames from the movie) The video shows the Bukhtarma River in the Altai region of northern Kazakhstan. The ice on it was blown up to protect people and their homes from floods. In spring, ice can accumulate in narrow places in the river, creating blockages - water cannot flow freely, the level rises, and flooding begins. Blasting helps break up the ice so that it moves downstream faster and does not interfere with the water.

NEXTA

1,965,621 views • 1 year ago

Japan (Chiba prefecture) after record heavy rains. Metros, malls, roads got flooded. Such monsoon type of 300mm+/day rains cause flooding even in the most advanced nations. But what can Indians learn? If we don't litter the streets we can at least enjoy clear looking floods in metros and malls :) A note on sewage mixing: Tokyo has 80% combined sewage and rainwater systems, Osaka more than 90%. Just like India. Combined system means sewage mixes with rain water and can gush out through manholes during heavy rains. It does happen in Japan.

Japan (Chiba prefecture) after record heavy rains. Metros, malls, roads got flooded. Such monsoon type of 300mm+/day rains cause flooding even in the most advanced nations. But what can Indians learn? If we don't litter the streets we can at least enjoy clear looking floods in metros and malls :) A note on sewage mixing: Tokyo has 80% combined sewage and rainwater systems, Osaka more than 90%. Just like India. Combined system means sewage mixes with rain water and can gush out through manholes during heavy rains. It does happen in Japan.

Aravind

110,421 views • 1 month ago

Satya Nadella: Microsoft’s latest Wisconsin AI data center keeps yearly water consumption no higher than that of 1 local restaurant. "The cooling loop is filled once and the data centre can operate effectively with zero water consumption. Daily water usage across a year is roughly equivalent to what a single restaurant would use" The mechanism is mainly about replacing evaporative cooling with closed-loop direct-to-chip liquid cooling, so water moves like coolant inside a sealed machine rather than being boiled off into the air. Hot GB200-class AI racks produce too much heat for normal air cooling, so cold liquid is pushed through pipes into the servers and across metal cold plates touching the hottest chips. The liquid enters the rack cool, absorbs heat from the chips through cold plates, then exits the rack at a higher temperature and carries that heat through pipes to a huge cooling system outside the compute floor. Microsoft says Fairwater sends that hot water to cooling “fins” beside the datacenter, where 172 20-foot fans blow air across the fins and dump the heat into the outside air. The important detail is that the air cools the water through metal surfaces, so the water does not need to evaporate the way many older datacenters use cooling towers. The cooled liquid then returns to the servers, repeats the loop, and keeps absorbing heat from the chips. In older data centers, heat is often removed partly through cooling towers. Hot water meets moving air, some water evaporates, and that phase change carries heat away. Effective, but it consumes fresh water continuously. But Firwater is a closed loop because the same coolant keeps circulating through sealed pipes: it absorbs heat from the chips, releases that heat through radiator-like fins, then flows back to the chips again. For Wisconsin Fairwater, Microsoft says more than 90% of the facility uses closed-loop liquid cooling, while the remaining portion uses outside air and switches to water only on the hottest days. ---- From "Microsoft" YouTube channel, (link in comment)

Satya Nadella: Microsoft’s latest Wisconsin AI data center keeps yearly water consumption no higher than that of 1 local restaurant. "The cooling loop is filled once and the data centre can operate effectively with zero water consumption. Daily water usage across a year is roughly equivalent to what a single restaurant would use" The mechanism is mainly about replacing evaporative cooling with closed-loop direct-to-chip liquid cooling, so water moves like coolant inside a sealed machine rather than being boiled off into the air. Hot GB200-class AI racks produce too much heat for normal air cooling, so cold liquid is pushed through pipes into the servers and across metal cold plates touching the hottest chips. The liquid enters the rack cool, absorbs heat from the chips through cold plates, then exits the rack at a higher temperature and carries that heat through pipes to a huge cooling system outside the compute floor. Microsoft says Fairwater sends that hot water to cooling “fins” beside the datacenter, where 172 20-foot fans blow air across the fins and dump the heat into the outside air. The important detail is that the air cools the water through metal surfaces, so the water does not need to evaporate the way many older datacenters use cooling towers. The cooled liquid then returns to the servers, repeats the loop, and keeps absorbing heat from the chips. In older data centers, heat is often removed partly through cooling towers. Hot water meets moving air, some water evaporates, and that phase change carries heat away. Effective, but it consumes fresh water continuously. But Firwater is a closed loop because the same coolant keeps circulating through sealed pipes: it absorbs heat from the chips, releases that heat through radiator-like fins, then flows back to the chips again. For Wisconsin Fairwater, Microsoft says more than 90% of the facility uses closed-loop liquid cooling, while the remaining portion uses outside air and switches to water only on the hottest days. ---- From "Microsoft" YouTube channel, (link in comment)

Rohan Paul

86,654 views • 1 month ago

Have you ever seen something like this? Check out this visualization of water flowing through rivers in the Lower Mississippi Valley as thunderstorms meandered through the region over the last 24 hours. The Streamflow products included with the MRMS suite from NOAA National Severe Storms Laboratory provide a one-of-a-kind way to visualize the evolution of heavy rain and thunderstorms. Streamflow - or how much and how fast water is flowing down rivers - is represented in units of volume per second and is available from 3 different water balance models: CREST, SAC-SMA, and Hydrophobic. NWS Meteorologists use these products to monitor the risk of flash flooding. You can access the full suite of FLASH products from MRMS on WeatherFront!

Have you ever seen something like this? Check out this visualization of water flowing through rivers in the Lower Mississippi Valley as thunderstorms meandered through the region over the last 24 hours. The Streamflow products included with the MRMS suite from NOAA National Severe Storms Laboratory provide a one-of-a-kind way to visualize the evolution of heavy rain and thunderstorms. Streamflow - or how much and how fast water is flowing down rivers - is represented in units of volume per second and is available from 3 different water balance models: CREST, SAC-SMA, and Hydrophobic. NWS Meteorologists use these products to monitor the risk of flash flooding. You can access the full suite of FLASH products from MRMS on WeatherFront!

WeatherFront

39,459 views • 7 months ago

KLING ELEMENTS → Drag Race. 2 Subjects + Enviornment KLING PROMPT: A cinematic tracking shot follows a drag race between a black Ferrari F40 and a white mcclaren on an epic mountain pass. The camera follows as they drive through the winding mountain road with high contrast and stark lighting towards a massive valley clearing. The cars tires skid and kick up water as they accelerate violently through turns on the winding road causing an epic cinematic show. Shot in cinematic 4k. #midjourney #klingai Kling AI

KLING ELEMENTS → Drag Race. 2 Subjects + Enviornment KLING PROMPT: A cinematic tracking shot follows a drag race between a black Ferrari F40 and a white mcclaren on an epic mountain pass. The camera follows as they drive through the winding mountain road with high contrast and stark lighting towards a massive valley clearing. The cars tires skid and kick up water as they accelerate violently through turns on the winding road causing an epic cinematic show. Shot in cinematic 4k. #midjourney #klingai Kling AI

Rory Flynn

85,016 views • 1 year ago

HAPPENING NOW: A water main break in the Montgomery neighborhood on Bowness Road near 49 Street NW has caused flooding, affecting 14 homes and 10 businesses. City crews are working on site, and road closures are in effect. This incident follows a major rupture along the Bearspaw South feeder main last month. Calgary recently eased water restrictions, allowing residents to use sprinklers and hoses again, as the city’s water infrastructure is holding up well under increased pressure. Officials are optimistic about further easing restrictions next week. Thoughts⁉️

HAPPENING NOW: A water main break in the Montgomery neighborhood on Bowness Road near 49 Street NW has caused flooding, affecting 14 homes and 10 businesses. City crews are working on site, and road closures are in effect. This incident follows a major rupture along the Bearspaw South feeder main last month. Calgary recently eased water restrictions, allowing residents to use sprinklers and hoses again, as the city’s water infrastructure is holding up well under increased pressure. Officials are optimistic about further easing restrictions next week. Thoughts⁉️

YEGWAVE

27,218 views • 2 years ago

☀️12th April 2026: India Under the Dome: 6-Day Intense Dry Spell to Grip Subcontinent. The loan oasis, Northeast India Defies National Trend with Rain and Thunderstorms until 15th April. Mercury Surge: Central and South India Brace for 40°C+ as High Pressure Caps the Skies Detailed Forecast & Analysis 1. The Dominant "Heat Dome" Effect The orange and red anomalies in the loop represent positive geopotential height anomalies. This indicates a high-pressure system (anticyclone) at the 500mb level (approx. 5.5 km altitude). The Cause: This system acts like a "lid" or dome, trapping sinking air which warms up as it is compressed. This suppresses cloud formation and prevents moisture from the oceans from penetrating inland. Impact: Expect a rapid rise in maximum temperatures by 3–6°C across Northwest, Central, and East India. Example, cities like Delhi, Nagpur, and Ahmedabad are likely to approach or exceed the 40°C mark by April 15. 2. Regional Breakdown Region Weather Outlook (Next 6 Days): Primary Driver Northwest & Central Severe dry heat; clear skies; rising heatwave risks. Strong anticyclonic subsidence. South Peninsular Hot and humid; minimal rainfall. High-pressure stability. East India Significant temperature spike (3–5°C rise). Expansion of the heat ridge eastward. Northeast India Scattered thunderstorms & light-to-moderate rain. Persistent 3. The Northeast Exception until 15th April. The red arrow in the loop image points to a specific area (Northeast India/Bangladesh border) where the high-pressure dome is weaker or interrupted. The Cause: A "trough" (an elongated area of low pressure) is expected to persist over this region. This allows moisture from the Bay of Bengal to interact with the hilly terrain, triggering Orographically induced thunderstorms. Expected Conditions: While the rest of India stays dry, states like Assam, Meghalaya, and Arunachal Pradesh will likely see fairly widespread rainfall and gusty winds 30–40 kmph through April 16. Preparation Advice Agriculture: Farmers in Central and West India should ensure adequate irrigation for summer crops as soil moisture will deplete rapidly. Health: High UV indices 9–10 are expected; avoid outdoor activity between 11 AM and 4 PM in heat-affected zones. Northeast Residents: Prepare for sudden squalls and lightning; ensure drainage systems are clear for localized heavy spells.

☀️12th April 2026: India Under the Dome: 6-Day Intense Dry Spell to Grip Subcontinent. The loan oasis, Northeast India Defies National Trend with Rain and Thunderstorms until 15th April. Mercury Surge: Central and South India Brace for 40°C+ as High Pressure Caps the Skies Detailed Forecast & Analysis 1. The Dominant "Heat Dome" Effect The orange and red anomalies in the loop represent positive geopotential height anomalies. This indicates a high-pressure system (anticyclone) at the 500mb level (approx. 5.5 km altitude). The Cause: This system acts like a "lid" or dome, trapping sinking air which warms up as it is compressed. This suppresses cloud formation and prevents moisture from the oceans from penetrating inland. Impact: Expect a rapid rise in maximum temperatures by 3–6°C across Northwest, Central, and East India. Example, cities like Delhi, Nagpur, and Ahmedabad are likely to approach or exceed the 40°C mark by April 15. 2. Regional Breakdown Region Weather Outlook (Next 6 Days): Primary Driver Northwest & Central Severe dry heat; clear skies; rising heatwave risks. Strong anticyclonic subsidence. South Peninsular Hot and humid; minimal rainfall. High-pressure stability. East India Significant temperature spike (3–5°C rise). Expansion of the heat ridge eastward. Northeast India Scattered thunderstorms & light-to-moderate rain. Persistent 3. The Northeast Exception until 15th April. The red arrow in the loop image points to a specific area (Northeast India/Bangladesh border) where the high-pressure dome is weaker or interrupted. The Cause: A "trough" (an elongated area of low pressure) is expected to persist over this region. This allows moisture from the Bay of Bengal to interact with the hilly terrain, triggering Orographically induced thunderstorms. Expected Conditions: While the rest of India stays dry, states like Assam, Meghalaya, and Arunachal Pradesh will likely see fairly widespread rainfall and gusty winds 30–40 kmph through April 16. Preparation Advice Agriculture: Farmers in Central and West India should ensure adequate irrigation for summer crops as soil moisture will deplete rapidly. Health: High UV indices 9–10 are expected; avoid outdoor activity between 11 AM and 4 PM in heat-affected zones. Northeast Residents: Prepare for sudden squalls and lightning; ensure drainage systems are clear for localized heavy spells.

Parthan IN Weather

15,925 views • 5 months ago