A monitoring system comprising: a plurality of stationary reader antennas positioned proximate a plurality of rotary members; a first sensor antenna; a first sensor communicatively coupled to said first sensor antenna, said first sensor coupled to a first rotary member of the plurality of rotary members and configured to generate at least first environmental condition data, said first sensor antenna configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas; a second sensor antenna; and a second sensor communicatively coupled to said second sensor antenna, said second sensor coupled to a second rotary member of the plurality of rotary members and configured to generate at least second environmental condition data, said second sensor antenna configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas, characterized in that said first sensor and said second sensor generate environmental condition data utilizing a substantially identical resonance frequency; a key phasor assembly coupled to a third rotary member of the plurality of rotary members and configured to generate key phasor data, said key phasor assembly configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas; said key phasor assembly including a key phasor configured to generate a beacon signal indicative of an order of a position of the first sensor relative to a position of the second sensor; and a key phasor antenna coupled to the key phasor via a key phasor coupling, said key phasor antenna configured to transmit the beacon signal to each of the plurality of stationary reader antennas at a frequency different from the frequency of the first sensor and the second sensor. a plurality of stationary reader antennas positioned proximate a plurality of rotary members; a first sensor antenna; a first sensor communicatively coupled to said first sensor antenna, said first sensor coupled to a first rotary member of the plurality of rotary members and configured to generate at least first environmental condition data, said first sensor antenna configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas; a second sensor antenna; and a second sensor communicatively coupled to said second sensor antenna, said second sensor coupled to a second rotary member of the plurality of rotary members and configured to generate at least second environmental condition data, said second sensor antenna configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas, characterized in that said first sensor and said second sensor generate environmental condition data utilizing a substantially identical resonance frequency; a key phasor assembly coupled to a third rotary member of the plurality of rotary members and configured to generate key phasor data, said key phasor assembly configured to communicatively couple with each stationary reader antenna of said plurality stationary reader antennas; said key phasor assembly including a key phasor configured to generate a beacon signal indicative of an order of a position of the first sensor relative to a position of the second sensor; and a key phasor antenna coupled to the key phasor via a key phasor coupling, said key phasor antenna configured to transmit the beacon signal to each of the plurality of stationary reader antennas at a frequency different from the frequency of the first sensor and the second sensor.