Assuming no the capacitor is at 0V, you'll read the resistor value, when the resistance meter is initially connected to the circuit. After awhile, the capacitor will charge up and the reading will increase towards open circuit, or whatever the effective parallel resistance is. Unfortunately, it takes time to take a resistance reading, so you'll always read a slightly higher value, than expected.
Hint: very low voltages in the circuit can interfere with resistance measurements, because the meter injects a small current, measures the voltage and applies Ohm's law. This effect can be cancelled by noting the resistance value, reversing the meter's probes, recording the value again and take the average of the two readings, which will be close to the actual resistance value.