diff --git a/database/src/migrations/0080_update_code_to_name_again.ts b/database/src/migrations/0080_update_code_to_name_again.ts
new file mode 100644
index 000000000..3c7c6707c
--- /dev/null
+++ b/database/src/migrations/0080_update_code_to_name_again.ts
@@ -0,0 +1,195 @@
+import { Knex } from 'knex';
+
+export async function up(knex: Knex): Promise<void> {
+  await knex.raw(
+    `
+    set search_path=invasivesbc,public;
+
+CREATE 
+OR REPLACE FUNCTION invasivesbc.code_to_name() RETURNS trigger LANGUAGE plpgsql AS $function$ BEGIN 
+set 
+  search_path = invasivesbc, 
+  public;
+WITH species_code_by_activity_id AS (
+  select 
+    aid.activity_incoming_data_id, 
+    aid.activity_id, 
+    species_positive_col as positive_code, 
+    species_negative_col as negative_code, 
+    species_treated_col as treated_code, 
+    species_biocontrol as biocontrol_code 
+  from 
+    activity_incoming_data aid 
+    left join jsonb_array_elements_text(
+      case jsonb_typeof(species_positive) when 'array' then species_positive else '[]' end
+    ) species_positive_col on true 
+    left join jsonb_array_elements_text(
+      case jsonb_typeof(species_negative) when 'array' then species_negative else '[]' end
+    ) species_negative_col on true 
+    left join jsonb_array_elements_text(
+      case jsonb_typeof(species_treated) when 'array' then species_treated else '[]' end
+    ) species_treated_col on true 
+    left join jsonb_array_elements(
+      case jsonb_typeof(
+        coalesce(
+          activity_payload #> '{form_data, activity_subtype_data, Biocontrol_Collection_Information}', 
+          activity_payload #> '{form_data, activity_subtype_data, Monitoring_BiocontrolDispersal_Information}',
+          activity_payload #> '{form_data, activity_subtype_data, Monitoring_BiocontrolRelease_TerrestrialPlant_Information}',
+          activity_payload #> '{form_data, activity_subtype_data, Biocontrol_Release_Information}')) 
+          when 'array' then coalesce(
+            activity_payload #> '{form_data, activity_subtype_data, Biocontrol_Collection_Information}', 
+            activity_payload #> '{form_data, activity_subtype_data, Monitoring_BiocontrolDispersal_Information}',
+            activity_payload #> '{form_data, activity_subtype_data, Monitoring_BiocontrolRelease_TerrestrialPlant_Information}',
+            activity_payload #> '{form_data, activity_subtype_data, Biocontrol_Release_Information}') 
+            else '[]' end
+          ) species_biocontrol on true 
+          where 
+            aid.iscurrent 
+            and aid.activity_id = new.activity_id 
+        ), 
+        species_positive_translated_by_activity_id as (
+          select 
+            im.char_code, 
+            sid.positive_code, 
+            im.invbc_name, 
+            sid.activity_id, 
+            sid.activity_incoming_data_id 
+          from 
+            iapp_invbc_mapping im 
+            inner join species_code_by_activity_id sid on sid.positive_code = im.char_code
+        ), 
+        species_negative_translated_by_activity_id as (
+          select 
+            im.char_code, 
+            sid.negative_code, 
+            im.invbc_name, 
+            sid.activity_id, 
+            sid.activity_incoming_data_id 
+          from 
+            iapp_invbc_mapping im 
+            inner join species_code_by_activity_id sid on sid.negative_code = im.char_code
+        ), 
+        species_treated_translated_by_activity_id as (
+          select 
+            im.char_code, 
+            sid.treated_code, 
+            im.invbc_name, 
+            sid.activity_id, 
+            sid.activity_incoming_data_id 
+          from 
+            iapp_invbc_mapping im 
+            inner join species_code_by_activity_id sid on sid.treated_code = im.char_code
+        ), 
+        species_biocontrol_translated_by_activity_id as (
+          select 
+            im.code_name, 
+            sid.biocontrol_code ->> 'biological_agent_code', 
+            im.code_description, 
+            sid.activity_id, 
+            sid.activity_incoming_data_id 
+          from 
+            code im 
+            inner join species_code_by_activity_id sid on sid.biocontrol_code ->> 'biological_agent_code' = im.code_name 
+          where 
+            im.code_header_id = 43
+        ), 
+        species_positive_description_aggregated_by_activity_id as (
+          select 
+            array_to_string(
+              ARRAY_AGG(distinct st.invbc_name), 
+              ', '
+            ) as species_positive_full, 
+            st.activity_id, 
+            st.activity_incoming_data_id 
+          from 
+            species_positive_translated_by_activity_id st 
+          group by 
+            st.activity_id, 
+            st.activity_incoming_data_id
+        ), 
+        species_negative_description_aggregated_by_activity_id as (
+          select 
+            array_to_string(
+              ARRAY_AGG(distinct st.invbc_name), 
+              ', '
+            ) as species_negative_full, 
+            st.activity_id, 
+            st.activity_incoming_data_id 
+          from 
+            species_negative_translated_by_activity_id st 
+          group by 
+            st.activity_id, 
+            st.activity_incoming_data_id
+        ), 
+        species_treated_description_aggregated_by_activity_id as (
+          select 
+            array_to_string(
+              ARRAY_AGG(distinct st.invbc_name), 
+              ', '
+            ) as species_treated_full, 
+            st.activity_id, 
+            st.activity_incoming_data_id 
+          from 
+            species_treated_translated_by_activity_id st 
+          group by 
+            st.activity_id, 
+            st.activity_incoming_data_id
+        ), 
+        species_biocontrol_description_aggregated_by_activity_id as (
+          select 
+            array_to_string(
+              ARRAY_AGG(distinct st.code_description), 
+              ', '
+            ) as species_biocontrol_full, 
+            st.activity_id, 
+            st.activity_incoming_data_id 
+          from 
+            species_biocontrol_translated_by_activity_id st 
+          group by 
+            st.activity_id, 
+            st.activity_incoming_data_id
+        ), 
+        species_full_descriptions_by_activity_id as (
+          select 
+            a.activity_id, 
+            a.activity_incoming_data_id, 
+            sp.species_positive_full, 
+            sn.species_negative_full, 
+            st.species_treated_full, 
+            sb.species_biocontrol_full 
+          from 
+            activity_incoming_data a 
+            left join species_positive_description_aggregated_by_activity_id sp on sp.activity_id = a.activity_id 
+            left join species_negative_description_aggregated_by_activity_id sn on sn.activity_id = a.activity_id 
+            left join species_treated_description_aggregated_by_activity_id st on st.activity_id = a.activity_id 
+            left join species_biocontrol_description_aggregated_by_activity_id sb on sb.activity_id = a.activity_id 
+          where 
+            a.iscurrent 
+            and a.activity_id = new.activity_id
+        ) 
+        UPDATE 
+          activity_incoming_data aid 
+        set 
+          species_positive_full = sf.species_positive_full, 
+          species_negative_full = sf.species_negative_full, 
+          species_treated_full = sf.species_treated_full, 
+          species_biocontrol_full = sf.species_biocontrol_full 
+        FROM 
+          species_full_descriptions_by_activity_id sf 
+        WHERE 
+          aid.activity_incoming_data_id = sf.activity_incoming_data_id 
+          and aid.activity_incoming_data_id = new.activity_incoming_data_id 
+          and aid.activity_id = new.activity_id;
+RETURN NEW;
+END $function$;
+`
+  );
+}
+
+export async function down(knex: Knex): Promise<void> {
+  await knex.raw(`
+  
+  set search_path = invasivesbc,public;
+
+  `);
+}