Bach, JS: Jesu, meine Freude, BWV 227: III. Unter deinem Schirmen

Johann Sebastian Bach, Choir of King's College, Cambridge, Sir David Willcocks

The song Bach, JS: Jesu, meine Freude, BWV 227: III. Unter deinem Schirmen by Johann Sebastian Bach, Choir of King's College, Cambridge, Sir David Willcocks has been played 34,906 times on Spotify since its release on November 25, 2005.

Other songs from Johann Sebastian Bach, Choir of King's College, Cambridge, Sir David Willcocks

Fugue in D Minor, BWV 948

Johann Sebastian Bach, Pieter-Jan Belder
Ich habe genung, BWV 82: Aria: Schlummert ein, ihr matten Augen

Johann Sebastian Bach, Le Concert Lorrain, Christoph Prégardien, Stephan Schultz, Christian Berghoff-Flüel, Friederike Beykirch, Emanuele Breda, Nanora Büttiker, Sabina Chukurova, Christian Goossens, Katja Grüttner, Elisabeth Kaufhold, Caroline Kersten, Friederike Lehnert, Oliver Luhn, Tobias Mäthger, Annelie Matthes, Lorena Padrón Ortiz, Susanne Regel, Leila Schayegh, Margret Schrietter, Micaela Storch-Sieben, Katarina Todorovic
Das Orgelbüchlein, BWV 599-644: Herr Gott, nun schleuss den Himmel auf, BWV 617

Johann Sebastian Bach, Walter Kraft
English Suite No. 3 in G Minor, BWV 808: V. Gavotte I

Johann Sebastian Bach, Maria João Pires
Schau, lieber Gott, wie meine Feind, BWV 153: VI. Aria. Stürmt nur, stürmt (Tenore)

Johann Sebastian Bach, Netherlands Bach Collegium, Pieter Jan Leusink, Knut Schoch

Frequently asked questions

: Due to Spotify's policy of not publicly sharing daily stream counts, our system independently records this data on a daily basis for millions of tracks. Given the vast number of tracks we monitor, there may be occasions where certain tracks are not processed on specific days, leading to missing data points. Rest assured, we continuously work to minimize these gaps and provide comprehensive coverage.
: There are two primary reasons you might notice irregularities in the data points:

- Inconsistent Stream Counts for a Day: Sometimes, a data point may represent the stream count for two days instead of one. This inconsistency arises because Spotify does not update its public stream count at a fixed time daily. If our data recording aligns with these fluctuations, it can lead to inaccuracies.
- Anomalous Data Points (including negative streams): On occasion, you might observe highly irregular data points, such as negative daily streams. These are typically the result of metadata discrepancies on Spotify's end, like different tracks sharing the same International Standard Recording Code (ISRC). In such cases, reaching out to us can be very helpful. We can often disregard these erroneous data points to present a more accurate graph.

In both situations, we're committed to continuously improving our data accuracy and are here to assist with any specific concerns you might have.
: The extent of our historical data varies depending on the track. For some tracks, our records go as far back as September 2023. However, there are tracks for which we may not have any historical data yet. But here's the good news: once you look up a specific track on our system, you activate our tracking for that track. From that point forward, we will diligently record its data daily, ensuring you have continuous and up-to-date insights from the moment you start using our service.
: Currently, our platform does not provide a direct option to export data. However, we understand the importance of this feature, and we're excited to announce that a CSV export functionality is on our roadmap and will be introduced soon. For developers seeking more integrated solutions, we offer an API service available on Rapid API. If you need larger volume or a dedicated solution, please contact us.
: This occurs due to Spotify's policy of only displaying public stream counts for tracks that have surpassed 1,000 streams. Consequently, if you see a stream count marked as 0 in our system, it indicates that the total stream count for that track is currently below 1,000. As the track accumulates more streams and crosses this threshold, the accurate stream count will start being reflected in our data.