The 10-year yield up half a point in a quarter

In every month the 10-year Treasury yield had risen more than half a percentage point over the prior quarter, what did it do over the following year?

60 windows met these conditions and completed 12 months. 10-Year Treasury Yield was higher 12 months later in 27 of them and lower in 33. The middle half of outcomes fell between -0.61 and 0.64. 1 further window has not yet run their full horizon.

What followed, across 60 completed windows

Higher after
27
Lower after
33
Middle half
-0.61 to +0.64
Full range
-4.05 to +4.1

Change in 10-Year Treasury Yield over the 12 months after each match. Windows are listed below so any one can be checked.

Term structure

10-Year Treasury Yield measured 1, 3, 6 and 12 months after each matched episode, with the count of completed windows at each horizon — not a forecast path, the same distribution above asked again at three more calendar distances.

HorizonNHigher / lowerMiddle halfFull range
1m6132 / 28-0.16 to +0.22-0.93 to +1.31
3m6133 / 28-0.34 to +0.28-1.88 to +1.8
6m6029 / 31-0.59 to +0.67-3.78 to +3.33
12m6027 / 33-0.61 to +0.64-4.05 to +4.1

N is windows with a complete outcome at that horizon; a window that runs past the end of the record is excluded from it, not filled in. A horizon below the 5-window floor is marked thin the same way the 12 months result above is.

The conditions, in full

Generated from the same object that produced the numbers, so the description cannot drift from the computation.

  1. condition: DGS10 change over 63 observations above 0.5
  2. align: each condition is put onto the measured series' dates, taking the last observation on or before each, so windows and spans count in the measured series' own periods
  3. measure: DGS10 over the following 252 observations
  4. matches within 63 observations count as one episode

Every matching window

61 episodes, each dated. Consecutive months meeting the conditions count once.

BeganRan for10-Year Treasury Yield thenAfterChange
Feb 19663 mo4.974.63-0.34
Aug 196623 mo5.295.31+0.02
Jun 196729 mo5.025.71+0.69
Nov 196725 mo5.715.62-0.09
Dec 196860 mo5.967.5+1.54
Jul 1969148 mo6.777.49+0.72
May 197036 mo7.846.49-1.35
May 197160 mo6.656.13-0.52
Sep 19721 mo6.626.94+0.32
Jul 197320 mo7.177.79+0.62
Mar 1974129 mo7.237.84+0.61
Mar 197553 mo7.957.65-0.3
Sep 197517 mo8.367.64-0.72
Mar 197725 mo7.438.02+0.59
Jan 197836 mo8.019.14+1.13
Jun 197824 mo8.478.93+0.46
Nov 197850 mo8.8610.75+1.89
Sep 1979136 mo9.3611.86+2.5
Aug 1980310 mo10.7614.86+4.1
Feb 198220 mo14.8810.83-4.05
Jun 19828 mo14.4810.8-3.68
Feb 19831 mo10.9911.72+0.73
May 198387 mo10.8113.42+2.61
Feb 1984103 mo12.0911.86-0.23
Feb 198519 mo11.897.93-3.96
Sep 19851 mo10.417.62-2.79
Oct 19861 mo7.668.97+1.31
Apr 1987137 mo7.628.59+0.97
Apr 198853 mo8.869.08+0.22
Jan 19891 mo9.248.1-1.14
Jan 199069 mo8.428.03-0.39
Mar 199221 mo7.625.98-1.64
Dec 199216 mo6.835.81-1.02
Dec 1993145 mo5.827.81+1.99
Oct 199433 mo7.86.02-1.78
Mar 199682 mo6.416.57+0.16
Mar 199721 mo6.65.73-0.87
Jan 1999281 mo4.776.52+1.75
May 20013 mo5.545.04-0.5
Dec 200156 mo5.244.06-1.18
Jan 20033 mo4.194.05-0.14
Jul 200351 mo4.494.45-0.04
May 200439 mo4.794.21-0.58
Dec 20051 mo4.574.48-0.09
Apr 200656 mo4.94.75-0.15
Jun 200712 mo5.114.11-1
May 200821 mo4.063.56-0.5
Mar 2009100 mo2.683.91+1.23
Dec 20097 mo3.853.36-0.49
Dec 201066 mo3.012.04-0.97
Mar 20121 mo2.381.93-0.45
Jun 201361 mo2.522.57+0.05
Jun 201512 mo2.491.5-0.99
Nov 201663 mo2.072.4+0.33
Feb 201829 mo2.842.68-0.16
Feb 202157 mo1.371.99+0.62
Feb 2022203 mo1.963.72+1.76
Jul 202390 mo3.954.28+0.33
Apr 202417 mo4.554.38-0.17
Nov 202454 mo4.374.11-0.26
May 20266 mo4.59still running

Recompute this

Fetch DGS10 from the API or from FRED, apply each condition on the same dates, collapse consecutive matches, and measure the change over the following 12 months. The full rule is in the claims ledger.

This page counts and dates. It does not say what will happen next, and no window above is presented as more likely than another — MacroRadar publishes historical indicators, never forecasts.