[Kelly Criterion Sizing Recommendation] Poisson Distribution-Based Money Management: Assuming historical data suggests the average annual probability of a 10kt+ strike is X% (e.g., 20%), while the current market odds imply a probability of Y%. If a user believes this is a positive EV trade, use the Kelly Criterion to calculate the recommended portfolio allocation percentage for this tail-risk event, explicitly factoring in the opportunity cost of locking up capital until the end of 2026.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Retrieve the latest information from the Polymarket page for the 'Major meteor strike (10kt+) in 2026?' event. Analyze the current Yes/No odds, order book depth, and user discussions. Combine this with any recent scientific reports or news regarding Near-Earth Objects (NEOs) to assess if the current price is fair, and identify any liquidity risks or arbitrage opportunities.

Considering the extremely low trading volume ($5.05), formulate a 'Stink Bid' strategy to place limit orders on plausible temperature ranges (e.g., 0°C to 5°C) at a discount to capture potential volatility, rather than executing market orders that would suffer from massive slippage.

Visit the Polymarket page for 'Highest temperature in Toronto on March 21' to analyze the thin order book (given the ~$5 volume) and current spread, and assess the fair value based on immediate weather fundamental data vs. the current odds.

[Low Liquidity 'Stink Bid' Strategy] Given the virtually non-existent liquidity (Volume: 20.0), formulate a 'Stink Bid' strategy to analyze the feasibility of placing low-priced limit orders in the most probable temperature range (e.g., 13°C-16°C) instead of executing market buy orders.

[Mandatory Task] Retrieve the latest London weather forecast information, visit the Polymarket page to analyze the order book given the extremely low volume ($20) and wide spreads, and assess whether current prices deviate significantly from meteorological models, while evaluating the capital lock-up risk due to liquidity exhaustion.

[Analysis & Reasoning] Time Decay (Theta) Analysis: Considering that earthquakes are Poisson distributed random events and the time window is extremely short (about 1 month left), analyze the profit curve for holding 'No'. If no foreshocks above magnitude 7.0 occur in the next 7 days, how fast is the 'Yes' price expected to decay?

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Visit the Polymarket page for the 'Megaquake by March 31?' event to analyze the current order book depth, bid-ask spread, and user discussions. Combine this with recent global seismic activity data to update the assessment of 'fair value' and identify any price misalignments caused by panic or complacency.

Given the extremely low market liquidity ($100), calculate specific limit order buy prices for the high-probability temperature ranges based on meteorological forecast probabilities, to avoid significant slippage losses from executing market orders.

Order Book & Fundamentals Comprehensive Assessment: Retrieve the latest weather forecast data for Dallas Love Field (KDAL) on March 19, visit the Polymarket page to analyze the order book depth given the extremely low $100 volume, and update the fair value assessment for specific temperature ranges (e.g., 86-87°F or 92°F+) alongside liquidity risks.

Calculate the Opportunity Cost of Capital for this long-duration market (ending Dec 31, 2026). Compare the potential annualized ROI of holding a 'No' position against the risk-free compound interest yield of stablecoins (e.g., USDC in Aave/Compound) over the same multi-year period to determine if the risk-adjusted return justifies locking up liquidity for this trade.

Retrieve the latest market data for the 'Category 5 Hurricane Landfall' event. Analyze the order book depth and current implied probability against the backdrop of long-term Atlantic hurricane climate outlooks (e.g., El Niño/La Niña). Update the assessment of fair value considering the strict definition of 'Category 5' (157+ mph sustained winds) and the geographic restriction to the 'conterminous United States' (excluding territories like Puerto Rico).

Synthesize the forecast data (target ~74°F) and liquidity constraints into a brief trading plan: 'Accumulate 72-77°F range via limit orders; Invalidate if rain forecast increases >60%.'

Retrieve the latest forecast data for Atlanta on March 20, visit the Polymarket page to analyze the depth of the '72-73°F' and '74-75°F' options given the low volume ($40.4), and update the assessment of fair value and liquidity risk.

[High-Quality Niche Sources] Real-Time Weather Monitoring Tools: Recommend 3 real-time weather monitoring apps or Twitter accounts that update faster than Wunderground to gain an informational edge before the resolution source updates.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Retrieve the latest weather forecast information, visit the Polymarket page for the corresponding Event to analyze the Order Book (despite the low $5 volume) and spreads, update the assessment of fair value, and identify potential pricing inefficiencies due to illiquidity.

[Opportunity Cost of Capital] Given that this market may not resolve until December 31, 2026, or early 2027, calculate the annualized return of betting 'No' at current prices and compare it with the risk-free rate of DeFi stablecoins or treasury bonds to determine if the capital lock-up is financially efficient.

[Order Book & Fundamentals] Visit the Polymarket page to analyze the order book and user sentiment, assessing if the 'Yes' odds are overpriced due to long-shot bias, and evaluate the deviation between the scientific probability of a 1-megaton meteor strike and the current market price given the remaining months of 2026.

[One-Page Trading Plan Generation] Synthesize information to output a brief trading plan including entry rationale based on AEMET forecasts, target price, and invalidation conditions.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Retrieve the latest information, visit the Polymarket page for the 'Highest temperature in Madrid on March 18?' event to analyze the low-liquidity Order Book ($219 volume) and user discussions, and update the assessment of fair value against live weather forecasts.

[Low Liquidity] "Stink Bid" Strategy: Considering the extreme lack of liquidity for this event, formulate a "Stink Bid" strategy to place highly cost-effective low limit buy orders on statistically probable temperature options (e.g., historical average ranges) to capitalize on potential mispricing or liquidity fills.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Retrieve the latest information, visit the Polymarket page for this event, and given the extremely low volume ($2.68), analyze the Bid-Ask Spread and order depth to assess whether the current prices are valid or if there are risks of arbitrage or pricing failure due to liquidity exhaustion.

Based on the latest Wunderground forecast value for tomorrow's temperature in Warsaw, calculate the theoretical win rate for the target option, and considering the low liquidity market with huge spreads, calculate and suggest an optimal Limit Order entry price to avoid excessive slippage from market orders.

Visit the Polymarket event page, combined with the latest hourly temperature forecast for Warsaw on March 18 from Wunderground, analyze the order book structure under the current extremely low liquidity (~$67), and assess the fair value and potential capital lock-up risks for the most likely temperature options (e.g., 12°C or 13°C).

[Potential Catalyst Prediction] Meteorological Outbreak Analysis: Based on the long-range weather outlooks for March 2026 from NOAA/SPC (Storm Prediction Center), analyze whether the current ENSO state (El Niño/La Niña) and jet stream positioning favor severe weather formation. Are there specific 'tornado outbreak' setups predicted that could serve as catalysts to push the final count into the higher '130–149' or '150+' ranges?

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Retrieve the real-time Polymarket order book for the 'How many Tornadoes in the US in March?' event (specifically noting the low liquidity feature of only $10.55), visit the NOAA NCEI official site to confirm the stability of the data release schedule, and combine early seasonal meteorological forecasts to reassess the fair value and liquidity risk of core options like '70–99' and '100–129'.

[General] Potential Catalyst Prediction (Long-range Forecast): Search for the latest long-range weather outlook for March 2026 from the NOAA Climate Prediction Center (CPC) and current ENSO status. Analyze if there are incoming 'Atmospheric Rivers' or persistent high-pressure ridges, as these are the key catalysts that would drive precipitation significantly above or below the historical average.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Visit the Polymarket page for 'Precipitation in Seattle in March'. Given the extremely low volume ($8.73), analyze the Order Book to verify if there is any actual liquidity, assess the slippage risk for entry, and determine if the market's implied expectation based on existing orders deviates significantly from climatological norms.

[Fair Value] Optimal Limit Order Placement: Based on the current Bid-Ask Spread and historical average precipitation, suggest a limit order price for the most likely bracket (e.g., 3-4") that gains a price edge while remaining likely to fill.

[Mandatory Task] Order Book & Fundamentals Comprehensive Assessment: Visit the Polymarket page for this event, considering the extremely low volume (Volume: 2.12), analyze the bid-ask spread and depth to assess liquidity trap risks, and update the fair value estimation for each precipitation bracket based on historical climate data.