What's driving bond yields
Yield Drivers | US & EU
Insights
CONCEPT
This dashboard isolates the primary drivers moving US and European (German) bond yields across the curve. It tracks the real-time rivalry between growth expectations and inflationary pressures - the twin forces that ultimately shape central bank policy and dictate market rates.
CURRENT READINGS
MARKET IMPLICATIONS
To win the bond game, you have to identify which macro regime the market is currently playing in. Use this quick playbook to spot the possible shifts:
Regime 1 = Growth-Driven Curve - when growth expectations move higher, yields follow economic velocity. Accelerating growth pushes yields up while fading growth drags yields down.
Regime 2 = Inflation-Driven Curve - when inflation moves higher, yields follow consumer prices and central bank policy paths. Rising inflation and tightening rates force yields higher, while cooling inflation and monetary easing pull them lower.
Regime 3 = The Technical Wildcard - If correlations with both growth and realized inflation flatline, the market is reacting to exogenous shocks—geopolitics, energy spikes or rapid shifts in forward-looking inflation expectations.
Yield Correlation | US & EU
Insights
CONCEPT
We track the yield differential between US and European bonds to detect a structural macro divergence. The chart can help investors assess if the two regions are pricing-in the same growth or monetary policy path.
CURRENT READINGS
MARKET IMPLICATIONS
To help navigate this chart over the long haul, keep this structural playbook in mind:
The Lockstep Regime (High Correlation) - Bunds and Treasuries naturally bind together during periods of global economic uncertainty, or when the Fed and the ECB are completely aligned on the inflation outlook.
The Decoupling Regime (Low Correlation) - A collapse in correlation flashes an early warning sign that regional fundamentals are diverging. This is typically triggered by localized supply/demand shocks, diverging central bank mandates, or isolated geopolitical events forcing one region to move independently of the other.