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Oct 20, 2023

Reducing corruption in Maine environmental agencies through equilibrium models

QUESTION Consider the actions of the Maine Department of Environmental Protection and its Board of Environmental Protection  in light of the critique of the agency presented as  a 2022 talk by enviro atty David Lossee. Then evaluate how corruption equilibrium models, 19pg pdf, can help suggest ways to reduce harmful corruption in Maine's environmental decisionmaking. Explore alternatives

RESPONSE

Based on the critique of Maine's DEP by attorney David Lossee (8pg pdf), it seems there are some concerning practices happening at the agency that enable corruption or questionable permitting decisions. Specifically, Lossee highlights "permit deferral" where applicants are allowed to get permits without fully meeting all requirements, and "issue avoidance" where major issues are left out of the public permitting process.

The corruption equilibrium models described in the other PDF provide some insights into how this type of corruption could arise and persist, as well as potential solutions. A few key takeaways:

  • Corruption often happens through feedback loops and can reach stable high or low equilibrium states. Once in a high corruption equilibrium, it is hard to change without a large exogenous shock. This seems consistent with Lossee's depiction of long-standing problematic practices at DEP.
  • The political leader often sets the tone - if they are corrupt, it spreads through the bureaucracy. Cleaning up the bureaucracy may have limited impact if the top leadership is corrupt. This suggests reform may need to start from the top at DEP.
  • Reducing direct benefits to leaders from corruption and increasing accountability/costs for presiding over a corrupt bureaucracy can help reduce corruption incentives. This points to potential legislative or public pressure solutions focused on DEP leadership.
  • Giving the public an independent right to legally challenge permits, as in Connecticut, could provide oversight and balance DEP's permitting power, as Lossee suggests.

Overall, the insights from corruption models reinforce the need for systemic reforms at DEP that involve leadership changes, transparency, public accountability measures, and independent citizen oversight. A piecemeal approach focused just on bureaucratic processes is unlikely to be sufficient to uproot corruption if the top leadership's incentives remain unchanged. A coordinated anti-corruption strategy is needed


QUESTION

A second speaker at the 2022 Upstream Watch event was atty Charley Bering, also retained by NGO Upstream Watch. Bering deepens the detail of Maine BEP's failings structural and politica 9pg pdf. Combine and view through the corruption equilibrium predictive modelling - and other analyses as appropriate.


RESPONSE
Based on attorney Charley Bering's critique, there seem to be additional systematic issues with Maine's DEP and Board of Environmental Protection that enable questionable permitting decisions:
  • BEP is not properly applying technology-based effluent standards required by the Clean Water Act. They did not analyze or require best available technology for nitrogen removal at Nordic's proposed facility.
  • BEP set a water quality-based nitrogen discharge limit without evidence that Nordic could meet it. This violates the intent of the CWA to prevent pollution and degradation.
  • BEP is not responding to significant public comments as required, such as on available zero-discharge aquaculture technologies. This limits public participation and rigorous review.
  • The Nordic permit could set a bad precedent for multiple upcoming aquaculture permit decisions if not properly re-evaluated.

Looking at this through the lens of corruption models, it suggests corruption mechanisms may be at play:

  • Leadership at the top of DEP/BEP sets the tone - if they are lax on pollution standards, it spreads downward. Reforming lower levels may have limited impact.
  • Economic incentives, lobbying, or revolving door capture could sway DEP/BEP leadership against strict pollution control. Their incentives may not align with the public interest.
  • Lack of transparency and public accountability enables these practices to persist over time. BEP can ignore comments without consequence.

Potential reforms echo Lossee's suggestions:

  • Changes in leadership and governance of DEP/BEP to increase commitment to statutory mandates and public interest
  • Increased public oversight powers, like legal standing to challenge permits that violate CWA standards
  • Transparency measures like required response to comments and compliance schedules

A multifaceted anti-corruption approach focused on leaders' incentives and accountability is needed to shift Maine's equilibrium away from regulatory capture and toward its stated environmental goals. Technical fixes without addressing the oversight ecosystem and incentives will likely fall short.


QUESTION

Attached is  "Before and After the Clean Water Act" 15 pg pdf  another more formal review of the history of Maine environmental protection For your reference,  in July 1972,  Maine BEP superceded the Maine Environment Improvement Commission (aka MEIC or just EIC) EIC also had precedessors, stretching back to the 1940s. 


Our goal is to combine what is in this attached document and apply it to the preceding entries on our topic. Can we determine if corruption is too ingrained, too built into the management and leadership structures that Maine DEP and the Maine Board of Environmental Protection now operate under, for reform to be realistic? Could a return to the EIC's decisionmaking structure, and a depoliticized BEP interface with the agency's long accrued experts, but with bureau heads now much more accountable to the public and less vulnerable via openness to political pressure work as a simple and clean reform , when you combine our Reducing Corruption exchanges with your analyses of the data sources I've supplied as pdfs supplied as references.


RESPONSE


Based on the history outlined in the Maine Policy Review article, there are a few key takeaways regarding corruption and potential reforms for Maine's environmental protection agencies:

  • Maine had early leadership in developing a water classification system in the 1940s-1950s, ahead of federal regulations. However, there was initially more focus on describing current conditions than setting aspirational goals for improvement.
  • The political influence of industries often diluted the strength of regulations and enforcement in the first decades of Maine's agencies. This suggests regulatory capture was an issue early on.
  • Passage of the federal Clean Water Act in 1972 drove major advances by requiring technology-based treatment standards and providing funding. This top-down pressure overcame some industry influence.
  • Reforms in the 1980s, such as the DEP replacing the EIC, a cabinet-level environmental agency, stronger classification system, and public participation processes helped reduce corruption vulnerabilities.
  • However, attorney critiques suggest regulatory capture and leadership tone issues may have resurfaced in recent years at DEP/BEP.

Potential reforms could include:

  • Increased public transparency and accountability measures for DEP/BEP leadership decisions.
  • Reduced industry/lobbying influence on environmental policymakers.
  • Strengthened roles for independent scientific advisory boards and public participation.
  • Shifting permitting review from BEP to independent administrative law judges.
  • Expanded public interest legal advocacy and enforcement capacity.
  • Returning to aspirational goal-setting for waters classifications statewide could inspire publicmobilization.

Overall, it seems a return to the reform spirit of the 1980s with emphasis on transparency, public involvement, reduced industry capture, and goal-oriented leadership could help steer Maine environmental agencies away from current corruption equilibrium patterns. However, securing leadership committed to this shift is key, as is codifying changes in law.


QUESTION

An important example of the present issues facing the public interest and DEP/BEP is the Nordic case before the Maine BEP October 19th. The attached October 16 2023 article describes another conservation organization involved in the appeal of the Nordic project: the Maine Lobstering Union and their attorney Kim Ervin-Tucker


RESPONSE

The article raises several concerning issues about the upcoming Nordic case before the Maine Board of Environmental Protection:

  • BEP staff have selectively redacted new evidence submitted by opponents from board members' briefing packets, while including Nordic's full brief. This suggests bias and suppression of relevant information.
  • There are alleged conflicts of interest with board member Steven Pelletier, who promoted Nordic in a previous role. A motion has been filed for his recusal.
  • The board packets excluded evidence like court rulings questioning Nordic's land rights for the project, which opponents argue should inform BEP's permit review.
  • There are indications of behind-the-scenes coordination between Nordic, the Governor's office, and BEP leadership to push the project through.

This provides a case study of how regulatory corruption can manifest:

  • Industry capture of regulators through conflicts of interest, lobbying access, or revolving door appointments
  • Suppression of inconvenient information and narratives
  • Lack of impartiality, bias, or prejudice among decision makers
  • Failure to exercise due diligence in considering all evidence

Potential reforms echo earlier suggestions:

  • Increased transparency and public accountability in decision processes
  • Rules to limit industry lobbying access and require recusals when conflicts exist
  • Empowered public advocacy and external oversight capacity
  • Structural changes to reduce political control over regulatory appointments

The selective information sharing and apparent bias in this case exemplifies the need for greater impartiality, transparency, and public balancing power in Maine's environmental permitting. Without structural reforms, current corruption patterns may persist.



End








































Oct 13, 2023

Protecting Gulf of Maine circulation from poorly located offshore windfarm arrays and offshore aquaculture operations.

Preventing disruption of Gulf of Maine circulation from poorly located windfarm arrays 

Draft 10/15/23

Pt. 1 Ocean windfarms- an extractive industry.

A large body of scientif  ic literature details how  ocean windfarming  is an extractive industry that changes the natural oceanic environment that the energy is diverted from, as long as that wind is blowing. And cumulatively

At Issue: If a floating offshore wind turbine array  is anchored  within a coastal current, the megawatts and gigawatts of  kinetic wind energy  that it  extracts is prevented from reaching the water column within its "wind shadow" .  This slows that portion of the current  passing through the anchored facility.

Multiple things take place  the  extracted wind energy will not empower the current via Ekman Transfer. Or at a fraction of  what  the wind does to the currents NOT passing through the Array.

A commercial fishing industry that relies on the seasonal arrival of fish & crustacean larvae, and their ecological partners, from the waters of one coastal state or nation to the waters of another, via an existing ocean current can protect their interests, by requiring offshore wind energy projects not be positioned  geographically  "upstream" on those currents 

LEGAL TOOL The citizen suit provisions of the Outer Continental Shelf Lands Act  provide the legal vehicle - Part 43 U.S.C. 1349 of OCSLA (pronounced "Ox-luh" )


OCSLA  43 USC 1349 § 8(p)(4) directs the Secretary to ensure activity
under that subsection is carried out . . .
[I]n a manner that provides for—
(A) safety;
(B) protection of the environment;
(C) prevention of waste;
(D) conservation of the natural resources of the outer Continental Shelf
;


Let's consider "(D) conservation of the natural resources of the Outer Continental Shelf; "

The Maine Coastal Current is a natural phenomenon annually transports and distributes seasonal flows of larval fish, shellfish and plankton from the Bay of Fundy south along the Maine coast to Penobscot Bay.  Here it splits apart under the flood of Penobscot River water. Part of it  heads into the central Gulf of Maine, Part of it proceeds up Penobscot Bay   The rest continues along the coast to Massachusetts Bay   

 The Maine Coastal current itself is a natural resource, just as wind (its sustainer)   Just a)  sunlight is. as

When  the EMCC encounters the kinetic energy of the Penobscot River outflow, it gets  powered up, and   breaks into branches. Each nourishes different areas of the ocean

*Some proceed offshore into the Central Gulf of Maine.  Some travel southwest along the coast  to Massachusetts Bay.

Some travel up Penobscot Bay  as a bottom flow that rises onto the upper bay's  shoals, before entering  the tidal lower Penobscot River. 

The above is simplified.  

However the hydrology of the Gulf of Maine's chief currents is well documented, as is their roles  as ecological conveyor belts distributing  the planktonic stages of many species of regulatory concern.

Peer-reviewed studies past and recent detailing the Gulf of Maine's currents and their ecological roles - even as the species mix changes - have sufficiently identified these natural currents's systems' energetics and the dependance of biodiversity on at t windpowered  - including the changes wrought by GOM water warming.


Needed   We can model using  the  very latest 2022 and 23023 data,  the amount of water column disruption caused by an ocean wind array constantly diverting _N_ amount of gigawatts of wind energy from a discrete area of the Maine Coastal Current or other Gulf of Maine currents.

The is a trigger when it makes enough of a fuss in Neptune's kingdom for the Fish Feds and the Bureau of Ocean Energy Mgmts to have to take notice. 

Brostrom study was important - google "Goron Brostrom, ocean wind"
"In this study we outline how the presence of a large wind farm, which changes the wind stress at the sea surface, affects the upper ocean response to wind forcing. 

Using general theoretical arguments we show that large wind farms may have a direct, and strong, impact on the circulation pattern around the installation.

In particular, if the wind farm is large enough variations in the wind will create upwelling and downwelling patterns around the wind farm through divergence in the Ekman transport. 

The main theoretical description is based on the so called reduced gravity model, which describes the dynamics of a buoyant layer on top of a dense stagnant layer. 

The theoretical framework follows standard derivations used in the geophysical fluid dynamics (Gill, 1982, Pedlosky, 1987) and the analysis shows that the oceanic response is more sensitive to the curl of the wind stress than to the wind stress itself.
.....
" In the open ocean, the curl of the wind stress is usually relatively small as the gradients in the wind forcing are set by the scale of atmospheric low-pressure systems, which are much larger than the corresponding dynamical scales of the ocean. ... 

The presence of a wind farm will generate an unnaturally strong horizontal shear in the wind stress, which creates a large curl of the wind stress that causes a divergence/convergence in the upper ocean. . . 
We find that the impact on the ocean currents will increase with the size of the wind farm, and when the size is comparable with the internal radius of deformation (or internal Rossby radius) we expect to find a circulation, and an associated upwelling pattern, to be excited by the wind farm. ... 

Using a simple example we show that a wind speed  [differential] of 5–10 m/s can induce an upwelling exceeding 1/m day.

END OF BLOG ENTRY

Oct 10, 2023

Sears Island history 1995: CLF tells ACOE: SEIS by FHWA & MDOT is full of bad science and economics.

Penobscot Bay History. October 12, 1995.  

CLF tells Army Corps of Engineers: Angus King's Sears Island  port plan filled with faulty science & economics.  Read  Pages 1-10 ** Pg 11-20 ** Pg 21-30 (end)

 This 30 page  document is the Foundation's October 12 1995 comments to the US Army Corps of Engineers about the  draft supplemental Environmental impact statement (DSEIS) and Clean Water Act §404 permit application.

These were  produced by Maine DOT & Federal Hwy Administration. Photocopies of paper pages 

















Oct 9, 2023

Bay Care proposals October 9 2023

1.  Full Penobscot Bay No-Discharge Area Necessary 

2.  Maine BEP policy needs to be reviewed by OPEGA, reformed

3. National Estuary Program  Take 2.1

4. Penobscot Bay-wide heavy metals annual testing, using LPA site products as samples

5. Pierce the Sears island  causeway  to revive Stockton Harbor  and Searsport Harbor circulation 

6. Touch the Bay  A touch screen/clickable Penobscot Bay 

7. Develop working relationship with USCG's Belfast Marine Safety Detachment.

8. Backgrounder: Midcoastal Maine National Marine Sanctuary proposal.

9. Conserving Inshore Juvenile Cod Habitat via HAPCs


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1. FULL BAY NO DISCHARGE AREA NEEDED

West Penobscot Bay No Discharge Area must expand to a full Penobscot Bay No Discharge Area.  Else marina sprawl will turn whole bay into Class SC waters (lowest)

NDA FACT SHEET https://www.maine.gov/dep/water/wd/vessel/nda/ndafactsheet.pdf

Maine point of contact

Pam Parker
Boat Pumpout Grant, Vessel Discharge & Water Enforcement Manager
Maine DEP 17 SHS, Augusta, ME 04333-0017
tel: 207-485-3038 Fax 207-287-3435
Pamela.d.parker@maine.gov

(She has been running Maine's pumpout program for decades & would eagerly support a Penobscot Baywide NDA  if you can provide a thumbs up from the Governor Mills - Let Pam do that - and the on-the-bay vessel count  data required 

I interviewed her in 2003 on WRFR. (Tech has improved but process hasn't really changed in 20 years) https://penbay.org/baywide/nda/ndz_pam_parker_june12_2003_13min30sec.mp3

No Discharge Areas NDAs are enforceable boundaries that MDEP sets with agreement by EPA. Within them sewage (blackwater) is barred from discharge. Greywater from showers, laundry and sinks is allowed unless it is combined with blackwater. All of Casco Bay is an NDA In Penobsot Bay the NDA covers the waters of Rockland, Rockport and Camden

Ms Parker knows it all and is always glad to talk by phone, email and in person about expanding Penobscot Bay's NDA.

https://www.maine.gov/dep/water/wd/vessel/nda/index.html

How does the State designate an area as an NDA? In order to designate an area as an NDA, the State must apply to the United State Environmental Protection Agency (USEPA) for authority under section section 312(f)(3) of the Clean Water Act.

The process is as follows:

• The State, with or without input from interested parties, identifies a waterbody(ies) that need additional protection from pollution.

• The State investigates whether the waterbody needs additional protection by evaluating current water quality, other sources of pollution, the natural resources potentially impacted and the number of boats using the waterbody.

• The State identifies the size and types of vessels in the waterbody, and identifies all sewage pumpout locations.

• The State prepares an application to the USEPA for the authority to designate the waterbody an NDA.

• USEPA reviews the application and if it finds that the pumpout stations are adequate issues a Notice of Determination in the Federal Register.

============================================================

 Maine BEP  needs to be reviewed by OPEGA, reformed

 BOARD OF ENVIRONMENTAL PROTECTION NEEDS OPEGA REVIEW, REFORMS           (Office of Program Evaluation and General Accounting)

Reason: Well documented evidence indicates that BEP is failing to follow the laws and rules it is required to follow. As a result the Environment is not getting the “Protection” it is entitled to by law. This is detailed especially clearly in Nordic litigation and in administrative appeals to the BEP re Nordic, Marina Sprawl, private pier expansion.

Compare BEP decision-making of the present with the BEP's early decisions  since its 1972 appearance as replacement of its  predecessor  Environment Improvement Commission, itselt  

OPEGA home page https://legislature.maine.gov/opega/

HOW to request an OPEGA review  https://legislature.maine.gov/opega/request-for-a-review/9157

Past OPEGA reports https://legislature.maine.gov/opega/opega-reports/9149

Why OPEGA Review? Structural flaws revealed in recent  major BEP's decisions need examination and correction as needed 

----------------------------

RE-NOMINATE BAY  TO NATIONAL ESTUARY PROGRAM.         https://penbay.org/bmnep/penobscot_bay_nep_nomination_1995.pdf * EPA's NEP info

The 1995  document is a sort of baseline info of the bay “then” and  a view of our time as the future.  Many predictions of  this document have come to pass.

In 2019 I tried to resurrect the bay's NEP nomination in a state legislative resolve LD 1336.  Full wording below link and my preface.  Being an EPA program  and their having added additional estuaries added to their program following the first group, re-submitting is a no-brainer.   * Here is Ld 1336 a 1 page legislative resolve submitted in 2019 directing the Governor to renominate Penobscot Bay for the National Estuary Program .

AT ISSUE  Some had said that the US EPA  program doesn't take any new candidates. But  first: Penobscot Bay is not a "new" candidate.  There just wasn't the money at the time for every candidate.  Second,  Penobscot Bay, more than ever, fits the profile of an estuary in need of the resources of an National Estuary Program designation.  Third, even IF the NEP has become a cozy  EPA backwater with no new guests to the NEP table desired,  why,  politics is the art of the possible and impossible  and I can't see EPA smacking down our governor, nor  dismissing our congressional delegation when they see the value and  public  support for the Pen Bay NEP once it get under consideration again.

That was the plan. But the 2019 legisllator withdrew the bill under uninformed political pressure. 

That does not mean we oughtn't  try again.


=============================================


BAYWIDE TOXICS SNAPSHOT USING BAY LPA SITES AS SOURCES 
A DOUBLE  ISSUE.  Maine's  Limited Purpose Aquaculture 'Licenses'  are spreading rapidly  into inshore ay waters adjacent to  land and sediment sites with documented  waste concerns.  This  presents  an opportunity to collect toxic bioaccumulation data of  a portable kind of aquaculture (licensees) that can easily  move from problem locations.  Left image show   LPA licensed sites as of October 2023. Right=outfalls( blue/white & red/white, wastewater plants, orange & black)  landfills & other remediation sites (color circles w/centerdots.

 (Not shown: oil and gas spills,  as they would cover the map.  Also not shown: standard aquaculture leases)
AT ISSUE  DMR does not require toxics testing of the animals  and algae typically  grown in LPA cages or trays: oysters, mussels,  nori,  sugar kelp, other algae.  Yet they are well known, well understood  heavy metals bioaccumulators.    DMR's  biosecurity  is focused on biological threats -  bacterial and viral-  and does it well Chemical threats?  Not so much.   
Yet as the attached pair of  images show, Penobscot Bay has  well documented  pollution hotspots associated with the  mid19th  to late 20th century era.  Industry  grew here, supplied by first sail, then steam then petroleum power .  Departing companies  left their  industrial wastes behind,    Demolished old factories were dumped  into spent quarries or directly onto the shore to enlarge upland rea;l estate. covered with fill dirt. and and abandoned  Remediation may have  been state of the art at the time, (1940s-1980s) but time is one thing the remediation has not withstood.      

PROPOSAL  As DMR is being timid about metals testing,  your BayCare project would purchase samples directly from  each of the LPA aquaculture operations in the bay - they sell from home -  and test them for the 4  heavy metals of Penobscot Bay waters concern: methylmercury, cadmium, lead & arsenic.  Funding may be available for PFAS testing too though at present  the state is still sorting out testing regimes for that set of chemicals

RESULTS.  A scientifically credible snapshot of  the heavy metals loading of the  seaweed and shellfish species being raised and  sold in  Penobscot Bay - location by location.  This allows hotspots to be detected and LPAs to be  diverted from such locations.  .  

SuggestionContract with  Maine Environmental Laboratory  for bay wide*  coordinated contaminants testing of  sediments and aquacultured biota.   ME is among the  certified testing labs of Main. Employee owned   I've used them a number of times, mostly to follow up on earlier waste spill reports  from several  chronic leaker locations from earlier decades GAC Chemical and the former papermill turned landbased aquaculture applicant.  Here are  two  I will get into why doing it baywide is important 

Here  are two MEL reports I commissioned 
A  2016 MEL report on  GAC chemical waste sites 

A  2019  MEL report on mercury in Bucksport sediment immediately below proposed Whole Oceans site 

* Note: "Bay-wide" means at least one set of sediment and/or biota   tests in waters/intertidal  of every bay town)

PIERCE THE SEARS ISLAND CAUSEWAY  TO RESTORE  STOCKTON HARBOR 

Everyone knows the causeway is a bad idea. It collapsed  Stockton Harbor clamfisheries. It was done illegally based on fraudulent statements.  This according to  1985 Sierra Club v. Secretary of Transportation. 779 F.2d 776 (1st Cir

 "The arbitrary and capricious action of the Coast Guard in allowing Maine DOT to submit an application for a causeway as if it were an application for a bridge and approving such application by itself treating the structure as a bridge is sufficient to justify the revocation of the permit."

So why not petition the court once more to revisit the issue, now that the state has shown it will do nothing.  


Expand from this  simplistic version to include the latest eco-issues of each town and a link where foks can sendinfo to be added (subject to editorial review for taste and legality ) 


===============================

WORK WITH USCG MARINE SAFETY DETACHMENT, BELFAST . They are the only MSD in Maine, They are required to be notified at once of all spills and leaks that reach Maine intertidal and subtidal waters.   

INCIDENT IN 1998. It was the USCG's MSD Belfast investigator who examined a spill threat at the GAC Chemical site at our request in 1998. This was followed by an immediate pump out of one of GAC's “stormwater” catch basins - this one only ten feet above high tide. that was more than half filled with tons of semi-congealed waste oil. That had been dumped into the stormwater drains for many years from one or more of their of their now vanished facilities, and made its way to the shoreline catch basin whose wooden front was bulging outward  Video recordings 1998 (digitized) available.

MIDCOASTAL MAINE NATIONAL MARINE SANCTUARY.                                                            by Jerry A. Topinka, Bigelow Laboratory for Ocean Sciences West Boothbay Harbor, Maine.    PART 1    PART 2 

The proposal was withdrawn under intense pressure of fishermen - despite assurances that US marine  sanctuaries, by law, CANNOT regulate fisheries 

* CONSERVING INSHORE JUVENILE COD HABITAT  

Step 1 Underwater videography at   the bay's mainland and island coasts, to the  30 foot depth contour.

In 2018, NOAA published a Federal Register notice declaring  New England coastal waters  from the high tide line to the 20 meter depth  contour to  be   Habitat Areas of Particular Concern for Inshore Juvenile Atlantic Cod provided it has  gravel,  rockweed,eelgrass  cobble  or ledge   or other  3d habitat  juvenile cod and their prey can hide within . They are safer there from predators than anywhere else at their small size.   Agencies are required to discern the quality of  this HAPC area  when making decisions about habitat degrading activities.   

For example the broad intertidal areas on  either side of the abandoned stone pier on Sears island from Gov King's failed effort.  are HAPC  but the windport map to date  calls for most of them to be filled over  

Here is underwater video of Rockport Harbor high quailty  HAPC 






Sep 14, 2023

Dragon Cement's official chemwaste and petroleum spills reports , 1986 to 2007 (More to come.)

Maine DEP reports on oil and chemical spills on Dragon property,  Some by  trucks  spilling .offsite.  PDF files. Format  There are  two links for each entry . The ones starting with   "A-"  are brief notices.  The  "Report" links take you  to more details and discussions.   One is 42 pages long!  

1986 

A-457-1986         Report 12/15/86   4 pgs    


1987

A-256-1987         Report 7/20/87 1 pg   


1988

A-140-1988     Report 4/18/88  4 pg

A-182-1988         Report  1 pg

A-451-1988     Report 10/25/88  4 pg


1989

A-24-1989           Report 1pg

A-436-1989         Report 1pg


1991

A-46-1991           Report 1pg

1992

A-155-1992         Report 2pg

A-296-1992         Report 6/16/92  4pgs

A-511-1992         Report 10/16/92  16 pgs

A-540-1992         Report 10/29/92. 3pgs


1993

A-118-1993         Report 5/24/93  6 pgs

A-256-1993         Report 5/24/93  8pgs

A-266-1993         Report 5/24/93  7pgs

A-281-1993         Report 1pg


1995

A-323-1995        Report. 1pg


1996

A-221-1996       Report 2pgs


1998

A-615-1998      Report 2pgs

A-695-1998      Report 11/10/98 10 pgs


1999

A-715-1999    Report 2pgs 

A-766-1999     Report 2pgs


2000

A-304-2000     Report 6/1/00  5pgs

A-599-2000      Report


2002

A-290-2002     Report 5/5/02  5pgs

A-545-2002       Report

2003

A-80-2003        Report  2/21/03     14 pgs

A-116-2003       Report 3pgs

A-254-2003       Report 4pgs

A-524-2003       Report 10/14/03  5pgs

A-611-2003       Report 2pgs

   

2004

A-550-2004       Report  9/23/04 10 pgs

2005

A-170-2005      Report  4/19/05   42 pages

A-593-2005      Report 4pgs


2006

A-253-2006      Report 

A-338-2006      Report 2 pgs

A-412-2006      Report 2pgs

A-550-2006      Report 2pgs

A-588-2006      Report 1pg


2007

A-2-2007      Report 1/2/07 2pgs

A-78-2007    Report 1pg

A-204-207    

A-633-2007


A-30-2008 

A-142-2008  Notice

A-805-2008  Report

A-344-2008    REPORT

A-360-2008

A-375-2008