diff --git a/did/section.d.js b/did/section.d.js
index 6759ccd..fe181a7 100644
--- a/did/section.d.js
+++ b/did/section.d.js
@@ -55,6 +55,16 @@ did.Section.prototype.bls12_381;
  */
 did.Section.prototype.secp256k1;
 
+/**
+ * The Schnorr signatures kept as a list of 64 bytes compact signatures,
+ * sorted in lex order.
+ * 
+ * Each signature must be from a different (valid) signer node.
+ * 
+ * @type {Array<string>}
+ */
+did.Section.prototype.minaSchnorr;
+
 /**
  * Contains the fundamental identification data of a person such as
  * name, date of birth, national id etc.
diff --git a/did/section.js b/did/section.js
index 23ec7b6..03fd4f3 100644
--- a/did/section.js
+++ b/did/section.js
@@ -63,7 +63,7 @@ const hash = (sectionName, section) => {
     }
   }
   /** @const {!Set<string>} */
-  const notHashed = new Set(["secp256k1", "bls12_381", "commitmentR"]);
+  const notHashed = new Set(["secp256k1", "minaSchnorr", "bls12_381", "commitmentR"]);
   return keccak256(
     KIMLIKDAO_HASH_PREFIX + JSON.stringify(section,
       Object.keys(section).filter((x) => !notHashed.has(x)).sort())
@@ -121,7 +121,7 @@ const signSection = (sectionName, section, commitment, signatureTs, privateKey)
   const d = BigInt("0x" + hash(sectionName, section));
   let { r, s, yParity } = sign(d, privateKey);
   if (yParity) s += (1n << 255n);
-  section.secp256k1 = [evm.uint256(r) + evm.uint256(s)];
+  section.secp256k1 = section.minaSchnorr = [evm.uint256(r) + evm.uint256(s)];
 }
 
 export {