ETH 15-minute decline of 0.80%: On-chain large fund flows and DEX selling pressure resonate to trigger a downtrend

On March 11, 2026, from 15:00 to 15:15 (UTC), ETH prices experienced a brief rapid decline within the range of 2042.35 to 2065.57 USDT. The candlestick showed a return of -0.80% with an amplitude of 1.13%. During this period, market volatility intensified, attention significantly increased, and short-term market pressure triggered heightened alertness.

The main drivers of this movement were large on-chain fund flows and concentrated sell pressure on decentralized exchanges (DEX). Monitoring data indicated multiple large ETH transfers to trading platforms, suspected to be driven by institutional or whale sell-offs. Coupled with a rapid increase in DEX sell orders, the sell pressure grew markedly within 15 minutes. Additionally, after ETH briefly broke below key support levels, some stop-loss orders were triggered sequentially, activating automatic liquidation mechanisms and further accelerating downward momentum.

Furthermore, on-chain data showed some leveraged positions being forcibly liquidated, though on a limited scale, which amplified volatility. At the same time, market depth decreased, buy-side orders weakened, and large sell orders further impacted the market, increasing risk aversion among participants. Negative sentiment discussions on social platforms rose, and emotional fluctuations fed back into short-term price movements. On-chain and off-chain signals resonated, intensifying chain reactions in spot and derivatives markets.

In the current environment, short-term volatility risks remain. It is crucial to closely monitor large on-chain transfers, DEX trading volumes, and market sentiment indicators, remaining alert to repeated tests of support levels that could trigger new rounds of volume-driven declines. Continuous observation of fund flows and buy-side depth is recommended to stay updated on market conditions and keep risks within manageable levels. Please stay tuned for more market anomaly signals.