Raga Meera Malhar: Tum Ghan Se Ghanshyam

Kishori Amonkar
38:01
Kishori Amonkar performed the 38-minute khayal Tum Ghan Se Ghanshyam in Raga Meera Malhar during the 1970s, blending Jaipur-Atrauli gharana techniques with monsoon-themed devotional poetry in Braj Bha
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About Raga Meera Malhar: Tum Ghan Se Ghanshyam

Raga Meera Malhar: Tum Ghan Se Ghanshyam is a 1970s recording of khayal in the Hindustani classical tradition performed by vocalist Kishori Amonkar. The composition spans 38 minutes and 1 second, centering on Raga Meera Malhar, a variant of Raga Malhar associated with the monsoon season and devotional themes. Amonkar renders the bandish (composition) Tum Ghan Se Ghanshyam, a text that invokes the divine through poetic imagery of clouds and rain.

Amonkar’s interpretation follows the Jaipur-Atrauli gharana style, characterized by intricate taan patterns, deliberate tempo modulation, and emphasis on emotional depth. The recording captures her signature vocal techniques, including meend (gliding between notes) and gamak (ornamentation), while maintaining the structural rigor of the raga. Accompaniment details remain undocumented in available sources, but traditional khayal performances of this era typically featured tanpura drone and tabla percussion.

The work was likely released on vinyl or cassette by a major Indian classical label, though the exact publisher and release date are unverified. The composition’s devotional and seasonal themes align with Amonkar’s broader repertoire, which often explored bhakti (devotional) and nature-inspired ragas. No commercial reissues or digital remasters have been confirmed as of 2024.

Notable aspects of the performance include Amonkar’s elongation of the alaap (unmetered introduction) and her treatment of the madhyam (fourth note) as a focal point for improvisation. The bandish text, attributed to traditional sources, employs Braj Bhasha, a dialect associated with Krishna devotional poetry. The recording stands as an example of Amonkar’s mid-career work, preceding her later experimental phases in the 1980s and 1990s.