On the radar echo, a structurally unusually compact warm cyclone is circling the eastern side of the crypto continent—the circulation center marked as BitMine. As of August 16, its ETH holdings rose to 5,815,164 coins, with a net weekly increase of 9,926 coins, equivalent to gathering 4.8% of the global total supply's moisture into a single low-altitude convergence zone. This is no longer an ordinary moisture aggregation but a "typhoon embryo" forcibly created by an artificial suction machine: nearly one-twentieth of the world's free atmosphere is drawn into the same spiral cloud and rain band, forming a bright white red core on the radar screen. The automatic station data in the duty room began to alarm—this scale of concentration is no longer describable as just "whale buying." Further sounding data shows that 5,067,309 ETH have entered staking status, accounting for 87% of total holdings. This is equivalent to freezing every drop of warm moist vapor taken in directly into super ice crystals at the tropopause—only allowing slow release through staking rewards in a faint sublimation form. Thus, the internal structure of this cyclone exhibits a rare "temperature inversion": no obvious outflow at the bottom layer, but continuous outward radiation at the upper layer due to latent heat released by condensation. Total assets of $11.4 billion correspond to the bright white strong convective tower on satellite cloud images, with cloud tops far exceeding the surrounding environment, easily recognizable by its iconic anvil-shaped cloud top. This phase change process is known in meteorology as "latent heat release"—moisture condensation heats the air, further enhancing upward motion; staking rewards are therefore no longer simple interest but the continuous fuel line of this man-made storm. In meteorology, this is called "self-exciting feedback": buying is suction, staking is solidification, and staking rewards are the latent heat engine. The company’s treasury thus upgrades from a static reservoir to a "sustainable output-type artificial cyclone." As long as the low-level moisture transport belt remains unobstructed, it can continuously tighten the pressure gradient—like a tireless subtropical high slowly descending over the crypto continent, absorbing surrounding liquidity along with humidity. But every veteran radar forecaster knows: the more symmetrical the supercell structure, the more likely it is to encounter vertical wind shear at its peak. A single entity holding 4.8% of total supply, with 87% locked—free atmospheric liquidity has become thin. Once cross-market disturbances from the US stock token $xMSFT insert like a westerly trough, or the macro pressure field makes a sharp turn, the closed typhoon eyewall will instantly rupture, releasing the accumulated convective energy all at once as a squall line storm. This is both the source of persistent buying pressure and a pressure cooker of concentration risk. More intriguingly, this cyclone is still slowly intensifying, but its peripheral isobars are already very dense. Each additional ETH absorbed equals removing a small parcel of free air, correspondingly increasing the pressure difference along the storm’s path. When a "yield management" machine becomes the market’s largest single guiding beacon, the entire crypto continent’s weather system must sway with its eyewall. The barometer continues to fall, the cloud wall tightens. Radar volume scans show the bright core still rotating—but its eyewall radius has quietly touched the warning line. #bitmine5.8meth

On the afternoon radar echo map, the 15-minute K-line of $ACH has just broken through the upper Bollinger band — this is not a mild cumulus cloud, but a strong convective thunderstorm cell in the afternoon. The 24H increase is only 2.12%, but don’t be fooled by this gentle rise; gusts at the edge of the subtropical high pressure are often fiercer than a typhoon’s eyewall. The RSI short-term cycle is 65.1, and the long-term cycle is 41.7, which is typical of a high-altitude cold vortex passing: the low-level warm and humid airflow is desperately rising, but at 500hPa there is a dry and cold northwest airflow pressing you down. What I’m watching is not the price itself, but the pressure gradient. The price is running close to the short-term Bollinger upper band at 114%, just like the thunderstorm anvil has already stretched to the bottom of the stratosphere, ready to collapse at any moment. The mid-term Bollinger band at 72% indicates that this shower has not yet evolved into a systemic strong cold air mass, but the energy accumulation has already exceeded the safety threshold. The upper-level trough has not completely moved east yet, the strong convective index CAPE is still accumulating, but the short-term RSI at 65.1 has crossed the overbought line, just like the hygrometer has hit 100%. At this humidity, not much lifting trigger is needed; natural convection will collapse. The signal from the market is a clear cold front passage model: the short-term RSI turns down, Bollinger bands contract, which is a precursor to wind direction change. I choose to build positions along the path of the advancing cold front, closely following the traction of the frontal subsidence airflow. 📉 Short position deployment: Entry: $0.00 (current price +1.8%) Take Profit 1: $0.00 (-4.7%) Take Profit 2: $0.00 (-3.4%) Stop Loss: $0.00 (+11.2%) After the front passes, echo intensity decays from 65 to 42, this is a typical short-term heavy rainfall, not a cross-season cold wave. But if you place the stop loss at +11.2%, it’s like setting up an anemometer at the landing point — once a strong high-pressure ridge blocks and the wind direction suddenly changes, you can still escape unscathed. The echo has dissipated, and only cumulus cloud remnants remain on the radar map.

The weather map over Ohio lights up red: a massive 8-gigawatt cumulonimbus cloud is violently rising over the Portage Park area, with cloud tops breaking through 18 kilometers. This is no ordinary thunderstorm; it is a climate system reconstruction that has been ongoing for 20 years. Cold and warm air masses are fiercely clashing. OpenAI acts as the warm, moist airflow carrying enormous computing power demand northward, pushing the moisture layer thickness to its limit; SB Energy functions like a stable downdraft, responsible for laying the foundation—building, holding, operating, the three powers united, welding the infrastructure firmly to the ground. The real variable hides in Nvidia’s radar echoes: the initial $150 million calibration fund is just the tip of the iceberg, with a maximum $105 billion credit enhancement spanning leasing, power, and residual value guarantees. This is not a one-time convective precipitation event but a fundamental switch in the entire atmospheric circulation pattern. Note this detail: Nvidia’s role has long surpassed being a mere GPU moisture conveyor belt. It uses its own balance sheet as a pressure gradient force, providing continuous power to the entire system. If OpenAI withdraws midway, that 8-gigawatt capacity can be redirected for lease—like a cloud cluster generated on a front, inherently migratory. Nvidia is essentially building a nationwide meteorological observation network, packaging computing demand, power supply, and asset residual value into a monsoon system that can adjust direction at any time. $xIBM’s pressure curve is shaking violently. The K-line pattern resembles the uncertainty cone on a typhoon path forecast—you know the storm is coming, but the exact landfall point remains a mystery. This news fundamentally rewrites the market’s risk-weighted model for infrastructure assets: when chip manufacturers start doing infrastructure financing, GPUs are no longer end products but the first domino to leverage a balance sheet worth hundreds of billions. The entire industry’s convective layer structure needs recalculating. From a meteorological perspective, this is a typical baroclinic instability process: temperature gradients increase, baroclinic energy rapidly accumulates, vertical wind shear strengthens, and atmospheric stratification has entered a strong convective brewing phase. Observers still analyzing the market with satellite cloud maps from ten years ago see only the surface texture of cirrus clouds. The real sounding balloons have already captured abnormal acceleration in the 5000-meter high-altitude wind field—8 gigawatts is not a single cumulus cloud but the embryo of an entire climate system. The thunderstorm dome is forming, wind shear is increasing. #nvidiabacksopenaiohio

Alert! What you’re seeing is a false sunny day—this 24H bullish candle of $WOO is essentially a "pre-frontal warming" caused by a subtropical high pressure! Don’t be fooled by the +6.08% appearance. I’m watching the satellite cloud map (RSI), and the short-term pressure pointer has pierced 73.1, which is a standard "overbought thunderstorm zone"; the long-term pressure at 61.7 indicates that warm moist air is still building up, but energy has started accumulating in the upper troposphere. Right now, $WOO is like the eye wall of a typhoon: bright on the outside (price hugging the upper Bollinger Band), but inside it’s frantically sucking moisture from the lower layers—the price has reached the 92nd percentile of the short-term Bollinger channel, only +0.7% from the upper band, while there’s a steep +8.9% gap from the lower band. This is not a rise; it’s an unbalanced cumulonimbus cloud that could collapse at any moment due to gravitational backflow (mean reversion). Looking at the mid-term Bollinger Bands, the price even broke through the upper channel edge at the 110th percentile—equivalent to a strong convective cloud top breaking through the tropopause. Historically, this kind of "overshooting top" always triggers upper-level jet stream shear, meaning a sharp correction. The market pressure is dropping rapidly; the 24-hour temperature change of +6.08% is just a short heatwave. I’ve detected a high-altitude cold vortex forming, with an Entry set at current price +3.7%—that’s the real "cold front crossing point." Once the cold front hits, thunderstorm energy release will reach Target 1 at -10.9%, and even extend to Target 2 at -7.5%. If the wind direction unexpectedly stays southerly, the system upgrades to a warm low pressure, and the SL must be set at +15.1% on the counter-trend high-pressure ridge—that’s no longer a thunderstorm, but a climatic misjudgment. 📉 Short: Entry: $0.01 (current price +3.7%) Take Profit 1: $0.01 (-10.9%) Take Profit 2: $0.01 (-7.5%) Stop Loss: $0.02 (+15.1%) Remember, the storm never changes direction because of your position. The current value is 73.1, and I’m only responsible for reporting that the cloud is collapsing.

When UBS's Q2 position map was decoded, I stared at the curve of the IBIT call option exposure like seeing a radiosonde suddenly transmit a string of abnormal data at 12,000 meters high — a 24-fold month-on-month increase. This is not an ordinary weather disturbance but a violent swing of a high-altitude jet stream, enough to reshuffle the entire climate model. First, let's look at the actual situation. Spot holdings only slightly increased from 364,371 shares to 407,890 shares, about a 12% increase, equivalent to a cold high-pressure system spinning in place during movement, with no fundamental change in airflow organization. But the options column, from an almost negligible contract position, suddenly expanded into a blocking high-pressure system spanning the zonal airflow. In meteorological terms: the horizontal pressure gradient surged sharply in a short time, and the wind field is about to accelerate in the derivatives channel. Some interpret this as increased institutional participation, which is correct. It's like sea surface temperature anomalies rising, delivering sensible and latent heat to the atmosphere, providing energy for convective development. But increased participation does not equal directional buying, just as strong upward motion does not necessarily mean precipitation at the surface. Having only upward branches without downward branches cannot form a complete Walker circulation; having call options without corresponding spot buy-ins is just a virtual vortex in the atmosphere, warm and moist airflow drifting over the sea, where even many condensation nuclei may not result in rain. From the risk cycle perspective, the quarterly impact cycle is like seasonal changes and cannot be analyzed with daily weather maps. UBS's sharp increase in option exposure is like an abnormal warm water tongue invading the mid-latitudes, affecting the circulation pattern for the coming weeks. But don't rush to treat it as a trend reversal alarm; often, a strong geopotential height disturbance only deepens the blocking pattern, causing the weather to oscillate repeatedly in the same phase. Currently, market sentiment is in a middle state between fear and greed, similar to a sultry afternoon on the edge of a subtropical high. On the macro side, external forcing factors like oil price shocks and interest rate expectations are stirring the large-scale background field. UBS's move is equivalent to placing a powerful fan at the front of a frontal zone, injecting a new source and sink into the local vorticity. Whether it will trigger a sustained heavy precipitation process depends on whether the guiding upper-level airflow cooperates in the coming days. The radiosonde at the observation station ascends every six hours, recording every inch of change in pressure, temperature, and humidity. But these data sequences do not tell us whether to wear a raincoat or sunscreen; they only describe the evolution of the flow field. When the next pressure drop falls below the threshold, perhaps the cloud map outside my window will show another face again. #ImpactCycle·Quarterly #CryptoMarket·InstitutionalPositions #407,890Shares·$13.6M

Alarm sounding! The Western Pacific subtropical high pressure is out of control, and a strong “crypto market typhoon” with a central pressure of only 945hPa is forming over PEPE, but the pressure has increased by more than 9.45% in 24 hours. This is not warm moist air; it is clearly an out-of-control convective outbreak! Looking at the wind field structure: RSI1H surged to 67.19, already touching the northern edge of the 72-hour “overbought warning line,” like a purple dome appearing in radar echoes — bullish energy is fiercely dissipating internally. The Bollinger Bands 1H channel from 0.0(5)2651 to 0.0(5)3035 has a bandwidth torn open by 14.5%, a typical feature of “typhoon eyewall replacement”: seemingly strong, but internal turbulence is breaking down the core circulation. The 4H trend is even more dangerous: the upper Bollinger Band at 0.0(5)2954 coincides with the current price at 0.0(5)2941, forming a “cold front leading edge pressure” — the current price has reached 99.6% of the 4H channel upper band, like a cumulonimbus anvil hitting the bottom of the stratosphere, where any rising air will freeze into ice crystals. The RSI1D at 60.71 acts like a subtropical ridge line, seemingly supportive but actually drawing away low-level moisture, creating a “dry intrusion” scissors divergence. Using radiosonde data chain: the 1H closing price deviates from the 4H midline by 12.4% positive distance, this positive vorticity advection will trigger systemic convergence uplift within the next 6 hours. But the wind direction mutation factor is also accumulating — the 24H increase of 9.45% residual energy is like the typhoon’s outer spiral rainbands, abundant on the surface but containing thunderstorms and strong winds. Entering a long position now? It’s like releasing a weather balloon ahead of a squall line, inevitably shattered by downdrafts. 📉 Short: Entry: 0.0(5)3154 (current price +7.2%) Take Profit 1: 0.0(5)2547 (current price -13.4%) Take Profit 2: 0.0(5)2617 (current price -11.0%) Stop Loss: 0.0(5)3527 (current price -19.9%) Using pressure gradient force conversion: the entry point is at a 7.2% elevation angle from the current price, exactly the “reflux warming” fake-out before the cold front passes; Take Profit 1 at 2547 corresponds to a steep shear layer 15.5% below the 4H Bollinger lower band — the downburst impact point where the cold vortex center hits the ground. Stop Loss at 3527 corresponds to the peak “foehn wind effect” before the subtropical high regains control; once triggered, it means the entire circulation system has been restructured, leaving no operational space in meteorological terms. Remember: RSI 67.19 is not a thermometer, it’s a barometer — it currently indicates not warming but the closing of a low-pressure trough. When the 1H Bollinger Bands upper and lower bands converge to a 17.6% range around the current price, that is the moment the eye of the storm passes. #fearandgreedindex

The radar echo core of a frontal cyclone is carving out a $65B purple strong echo band at the tropopause of the AI capital layer. The monsoon index has surged from 4.73B in Q1 to 11.5B in Q2, more than doubling. This growth rate is not an ordinary sea breeze front but a subtropical high pressure directly jumping over the polar cold vortex. The S-1 document is like the P-wave captured early by a seismograph, buried in the crust in June. The market has now calibrated this tectonic movement with a nominal magnitude of 965B, and some even speculate a 2T source depth. But annualized revenue is at best the instantaneous gust measured by an anemometer, not the total annual precipitation—it does not represent the cumulative rainfall per hour, much less the real improvement in soil moisture. The real meteorological challenge is: how long will this warm, moist air mass linger? Is customer retention a stable atmospheric circulation pattern, or a strong isolated thunderstorm—arriving fast and with echo decay even faster? Computing power cost is the downdraft; the dissipation per unit of computing power directly suppresses the cloud's vertical development height. Current funding pushes the cloud top out to a two-year height of 100B to 120B, but that is the most extrapolated forecast time in numerical prediction, not an actual observation. The friction coefficients of revenue quality, retention rate, and unit economics must be read together on these three sounding curves to judge whether this cloud is becoming a supercell or disintegrating into scattered cumulus under high-altitude wind shear. Looking at $xBMNR, its weather map already shows a clear squall line. The peripheral capital convergence zone is tightening at a visually noticeable speed. Each rotation of Anthropic's radar echo pulls all surrounding conceptual cloud clusters into the same typhoon circulation. Currently, $xBMNR is clinging to the strong updraft zone just outside the eyewall, with a startling short-term acceleration. But veteran forecasters know well: the calm in the typhoon eye often corresponds to the extreme low pressure, while the real destructive power is fully released in the strong convective band of the eyewall. The current acceleration and the vertical velocity during subsequent echo decay come from the same updraft—you see how fierce the lift is, and you should expect a collapse scenario of the same scale in another quadrant. The pressure gradient force is maxed out, the upper trough is approaching, and a convective line is brewing at the cold front's tail. Will this front transform into a temperate cyclone over the sea surface, or erupt into a strong squall line ahead of the trough? Every frame in the radar mosaic writes the same word: uncertainty. And storms never announce their intensity level. #anthropicarrhits65b

A rare double-track pressure ridge appeared tonight at the tropopause in the Northern Hemisphere—three Ark Fund weather balloons launched simultaneously: one heading straight into the cumulonimbus cluster of the Block payment network, another piercing the stratosphere of Securitize's asset tokenization, and the third tightly gripping Nvidia's strong convective AI front. As the cold front passes, $39.2 million in capital droplets draw three parallel bright bands on the radar screen, a typical signal of "multi-scale weather system superposition," indicating a cross-latitude energy exchange brewing between crypto financial infrastructure and AI computing power. The Block balloon flew into the center of the cumulonimbus, where the updrafts of payment channels converge; the cloud top temperature drops to -62℃, representing the market's expectation of on-chain settlement efficiency crystallizing at high altitude. Securitize's position resembles mid-atmosphere cirrus clouds, composed of ice crystals—transparent and fragile—any regulatory wind shift could cause it to instantly sublimate and dissipate. Nvidia's $22.8 million is the most worrisome—the echo intensity has exceeded 60dBZ, reaching supercell storm level. Capital bets on AI computing power forecasts are much closer to the "weather out of control" tipping point than the crypto market. From the surface weather map, the crypto spot market is suppressed by a stationary front. BTC breaking below the 5-month downtrend line resembles the plum rain front where cold and warm air masses meet—continuous drizzle but no breakthrough precipitation. Ark's three purchases act as catalysts deployed simultaneously on both sides of the front: Block and Securitize are warm, moist airflows trying to raise the condensation height; Nvidia is the cold air intrusion, pulling the clouds originally condensed over crypto into the traditional tech stock domain. This "dual-source disturbance" scenario is not uncommon in climate history—when the subtropical high and polar vortex exert force simultaneously, extreme weather events often emerge. More intriguing is the pressure field configuration. Implied volatility in the crypto derivatives market is slowly dropping at a rate of 0.8 hectopascals per hour; the greed index just experienced a roller coaster last week, resembling residual cloud systems after typhoon "Ether" dissipates—seemingly calm but harboring moisture convergence. On the traditional finance side, April CPI data is about to be released, like the strongest sounding data during the development of a frontal cyclone, determining the direction of convective available potential energy release. Ark's choice to increase holdings in this time window mirrors the logic of meteorological stations releasing weather balloons—not to predict wind direction but to measure the atmosphere's real-time state. The real focus should be on XDELL, a "local strong convective" target. Its current trajectory resembles an isolated thunderstorm cell pushed by airflow guided by the edge of the subtropical high—calm on the surface but with internal vertical wind shear exceeding 12 m/s. All radar observers know such cloud structures either dissipate quickly or develop into tornado embryos within two hours. Meanwhile, U.S. oil sanctions on Iran act like a heating rod inserted into an otherwise stable baroclinic atmosphere; the coupling effect of geopolitical energy and computing capital may alter the entire autumn weather system pattern. But meteorologists must never forget that every bright band on radar echoes is history; the true wind field shift is determined by the Coriolis force, while the "geostrophic deflection force" of capital flows currently comes simultaneously from crypto regulatory bills on Capitol Hill and data center power consumption in Silicon Valley. All data assimilation models point to the same conclusion: the atmosphere is in an extremely unstable potential height field, where any slight uplift trigger could instantly turn clear skies into a squall line passage. When Ark's weather balloons leave three condensation trails on paper records, high-altitude wind shear has already cut them into three independent weather systems. Will they recombine into a cyclone or each head to different climate zones? #ImpactCycle·DailyLevel #TraditionalFinance·FundHoldings #TotalApprox$39.2M #dailyorbit

Tonight's cloud map readings are a bit off. The $ACH chart looks like a mass of warm, moist air rising northward. It appears hot but actually hides a front; the high-altitude cold pocket has quietly cut through the edge of the subtropical high. Only 2.12% light rain fell in 24 hours, and many think it's nothing, but what I'm watching closely is the RSI that probes every hour—65.1. This value, in the short term, is no longer "slightly hot"; it's a typical precursor to a shortwave trough passing by, believe it or not. The Bollinger Bands are even more obvious. The price is hugging the upper band of the short-term range, with a reading at 114%. What does that mean? It means there's only 0.3% distance left to the upper band, while below there's 2.7% space waiting. The mid-term band reading at 72% also offers no patience: the upward space is only 1.3%, while below there's a 3.5% gap. The denser the cloud accumulation, the greater the wind shear. The signal has lit up 🔴 SELL, not because it has fallen sharply, but because short-term momentum has been overextended, leading to energy exhaustion. It's like the brief sultriness before a typhoon lands; the slower the pressure drops, the more merciless the storm when it arrives. I won't chase this last heat wave; I'll wait for the shear line to officially pass. 📉 Short: Entry: Entry point is about current price +1.8%, waiting for the final fake rebound to complete Take Profit 1: Target 1 at current price -4.7%, the landing point after the first cold front passes Take Profit 2: Target 2 at current price -3.4%, the short-term inertia position of the cold air mass behind the front Stop Loss: Set at current price +11.2%, corresponding to the warning level if strong convection pushes the upper band again, signaling trend abandonment of the predictive model The so-called targets are just the process of a low-pressure area forming and filling. The 11.2% stop loss is the altitude limit I set for this warm zone turbulence weather station—if the barometer really goes the other way, then admit the forecast failed and exit observation. The wind has already picked up, and the darkening areas on the cloud map won't lie.

On the satellite cloud map, the five-month downtrend pressure band of BTC is being pierced by the subtropical high ridge, but don’t rush to put away your rain gear—this is just a tentative northward lift of the subtropical high. Everyone, I am a national meteorological forecaster. On today’s weather map, the $XMU asset is caught in a frontal system where cold and warm air masses clash violently. Don’t think of it as a candlestick chart; think of it as an isobar: the USIranOilShock cold vortex is rapidly deepening over the Persian Gulf, squeezing the isobar of crude oil, the big brother, from 141 hPa down to 91 hPa, while the crypto market’s “thermal field” has formed an astonishing warm tongue due to BTCBreaks5MonthDowntrend. Where cold and warm meet, heavy rain is inevitable. To those of you who just moved into this neighborhood—the “new residents”—don’t panic. The weather station here has a sign that reads: “There are no stupid questions, only clouds yet to be observed.” This is our manual. Don’t understand radar echoes? No problem, someone will convert echo intensity into rainfall amounts for you. Can’t tell cumulonimbus from cirrus clouds? The senior forecasters here have logged every experience of mistaking cumulonimbus for clear skies and getting hit by hail in the duty logs. Last week, the path forecast of Typhoon MachiBigBrother took a detour on a solar system scale, suddenly turning in the WLFIL sea area, leaving everyone waiting in the rain empty-handed. This is the daily routine of market meteorology: you can never control the storm, but you can decide whether to stand in the shelter or under the lighthouse. The FearAndGreedIndex barometer has been fluctuating around 78 for many days, indicating the market sentiment is at a delicate “pressure saddle point” balance. Tonight, the April CPI weather balloon from the US will be released; how much warm and moist air it carries and how it will move this front—no one can give a definitive forecast—but we can provide probability ranges. Here’s an important “new resident” insight: what you think you’re looking at is a candlestick chart, but you’re actually looking at a cloud map. The path of $XMU is controlled by a “hand of meteorology”—not some big player or institution, but the gradient force of the global macro pressure field. Just as typhoon paths are ultimately guided by the subtropical high, price paths are ultimately driven by capital flows and supply patterns. The OilCrash141to91 intensity is enough to change the “weather circulation” settings of all related assets, while CryptoMinersGoAI are like a flock of migrating black-necked cranes, redrawing the boundaries of energy exchange on the computing power thermal map. Don’t forget KelpDAOBridgeRevival is like an ocean temperature anomaly—a deep-sea current event supplementing surface cold water. Such anomaly signals may only show a few pixels of change on satellite images but can have lasting effects on local climate. Similarly, you never know how much a question raised in a comment section can help you avoid a major thunderstorm. Here, every question is a sounding data point, and every answer is a homogenization of numerical forecasts. The CPI data in USD will be released tonight; it’s a high-level atmospheric anticyclone. Its strength determines the degree of turbulence for all ships on the commodity ocean. What you can do is: check your positions, check your retreat routes, check your rain gear, and then—look up at the sky. Don’t ask, “Will this time be different?” No two typhoons in meteorological history are exactly the same, but every spiral cloud band on radar follows the same physical equations. So, ask questions. Observe. Record. Post the clouds you see and your misjudgments on this wall. Because every “stupid question” from a new resident might be a bias value overlooked by an old forecaster. This is my duty window. Now, the northern cold air has pushed to the Nanling Mountains, and the upper trough is deepening. Everyone, the deflection wind is starting to strengthen. #newherestarthere