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PRODID:-//github.com/ical-org/ical.net//NONSGML ical.net 5.1.4//EN
VERSION:2.0
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DESCRIPTION:\nSeagrass and shellfish reef restoration have emerged as criti
 cal\, nature-based solutions for nutrient offsetting. Oysters can mediate 
 the long-term removal of nitrogen through denitrification and bio-extracti
 on. Similarly\, seagrasses improve water quality by trapping sediments and
  absorbing nutrients\, effectively acting as natural water filters. By int
 egrating these restored habitats into nutrient credit markets\, all levels
  of government can bridge the massive implementation gaps in current catch
 ment management plans while generating significant economic and ecological
  co-benefits.
DTEND:20260820T110000Z
DTSTAMP:20261008T052924Z
DTSTART:20260820T090000Z
LOCATION:7 Joseph Crescent
SEQUENCE:1
SUMMARY:Talking about shellfish and seagrass restoration for nutrient offse
 tting
UID:ad350464-2d0c-4bf7-8f8e-b4f44f942fa9
X-ALT-DESC;FMTTYPE=text/html:\nSeagrass and shellfish reef restoration have
  emerged as critical\, nature-based solutions for nutrient offsetting. Oys
 ters can mediate the long-term removal of nitrogen through denitrification
  and bio-extraction. Similarly\, seagrasses improve water quality by trapp
 ing sediments and absorbing nutrients\, effectively acting as natural wate
 r filters. By integrating these restored habitats into nutrient credit mar
 kets\, all levels of government can bridge the massive implementation gaps
  in current catchment management plans while generating significant econom
 ic and ecological co-benefits.
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