A nurse on a labor and delivery unit is caring for a client who is at 39 weeks of gestation and is in the first stage of labor. Complete the diagram by dragging from the choices below to specify what complication the client is most likely experiencing, 2 actions the nurse should take to address that complication, and 2 parameters the nurse should monitor to assess the client's progress.

Early fetal heart rate decelerations. The nurse’s notes describe fetal heart rate decreases that occur with contractions and return to baseline rapidly as the contraction ends. These mirror the timing of uterine contractions and are typically caused by fetal head compression against the cervix or pelvic floor. In a client who is 6 cm dilated and at 0 station, head compression is a common physiological occurrence during the first stage of labor. These decelerations are generally considered a benign finding and do not indicate fetal distress or hypoxia. Turn the client to their left side. Lateral positioning is a primary nursing intervention to maximize placental perfusion by relieving pressure on the inferior vena cava. Even when decelerations are benign, optimizing maternal-fetal circulation ensures the fetus maintains adequate oxygen reserves during active labor. This maneuver helps stabilize the fetal heart rate and prevents potential late decelerations that could arise from supine hypotension. The left lateral position provides the most significant hemodynamic advantage for the pregnant client and the fetus. Continue to monitor fetal heart rate. Since early decelerations are not indicative of fetal compromise, the standard nursing action is to continue close observation of the fetal heart rate tracing. Ongoing assessment allows the nurse to ensure that the decelerations maintain their characteristic "mirror image" relationship with contractions. If the timing or shape of the decelerations changes, it may signal a transition to variable or late patterns requiring more aggressive intervention. Constant vigilance is required to identify any new signs of fetal intolerance to labor. Uterine contraction frequency. Monitoring the timing of contractions is essential to correlate the onset and nadir of the fetal heart rate changes with uterine activity. This correlation is necessary to distinguish early decelerations from more ominous late decelerations, which begin after the peak of a contraction. Accurate tracking of contraction frequency also ensures that the labor induction process is progressing safely and not causing uterine tachysystole. Maintaining a healthy contraction pattern is vital for ensuring the fetus has adequate recovery time between uterine events. Fetal heart rate baseline. Establishing and tracking the baseline heart rate is the most critical parameter for evaluating overall fetal well-being during labor. A stable baseline between 110 and 160 beats per minute suggests that the autonomic nervous system of the fetus is intact and adequately oxygenated. Fluctuations or shifts in the baseline can indicate developing stressors such as maternal fever, fetal infection, or chronic hypoxia. Monitoring the baseline alongside deceleration patterns provides a comprehensive picture of how the fetus is tolerating the physiological stress of induction.