Orange County NC Website
4 <br />elf, <br />Orange County <br />Environment & Resource Conservation <br />`06--A Reverc Road / PO Rax 81,81- <br />H91-SID0.1-oucri l <br />'n INC 272-I S <br />?I on <br />c: (919) 24 D _12, '--'�590, Fa.-.\-: (91.9) ( )44 - DD51 <br />TO: Laura Blackmon, County Manager <br />FROM: David stanch, Environment and Resource Conservation Director <br />DATE: March 30, 2009 <br />RE: Jordan Lake Nutrient Management Rules - Position Statement <br />This memorandum is designed to serve in a support or background capacity as <br />the Board considers adopting a position statement on the' B. Everett Jordan <br />Reservoir Nutrient Management Rules. As you know, the Board has received <br />requests for support from different organizations and local governments, and <br />there are several bills in the current session of the N.C. General Assembly that <br />would discard the recommended rules. <br />The B. Everett Jordan Reservoir Nutrient Management Rules were approved by <br />the N.C. Environmental Management Commission (EMC) in late 2008, and are <br />currently awaiting enaction into law by the N.C. General Assembly. Bills in <br />opposition to the rules have been introduced in_ both the State House of <br />Representatives and Sena . te. In brief, the rules address ' mechan isms to reduce <br />nutrient loading in Jordan Lake. The basis for the rules is the federal Clean Water <br />Act and the (long-anticipated) deterioration of Jordan Lake water due to algal <br />growth from nutrients. Nutrient levels in the lake (primarily nitrogen a - nd <br />phosphorus) have contributed to high levels of chlorophyll-a and algal growth, <br />impacting water quality. <br />There are two sub-watersheds with different planned rules and reduction <br />standards. The Upper New Hope Arm of the lake (which includes the Rural <br />Buffer, Chapel Hill, Carrboro, southern Durham, northeast Chatham and a <br />portion of eastern Wake County) will be required to implement a 35% reduction in <br />nitrogen loading and a 5% reduction in phosphorus loading to the lake. The Haw <br />