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Tribes Cast Eye To Water Laws & Protecting Resources

Posted on: July 29th, 2014
by David Ganje

Tribes cast eye to water laws and protecting resource

Peter Harriman, pharrima@argusleader.com 11:09 p.m. CDT July 25, 2014

At the Indian Water Rights Conference this week in Rapid City, lawyer David Ganje gave a overview of water laws as they relate to tribes and offered recommendations on writing and maintaining successful tribal water codes. The conference, hosted by the Great Plains Water Alliance, included tribes from South Dakota, North Dakota, Minnesota, Montana and Alaska.

Ganje, who specializes in natural resources law, recently answered five questions on the subject for the Argus Leader.

1. Federal law already assigns primary water rights to tribes for the exterior boundaries of reservations. Why do tribes need water codes?

“Water codes are really property management vehicles for managing both a right and a commodity. Tribes, as all government bodies now, are more and more aware of the proper management of water. Historically, all of them had been inattentive to water. There had more or less been enough of it around, both surface and groundwater. Now there is a realization that surface and groundwater interact with each other, and climate is affecting all of them. This goes for states and reservations.”

2. What is the relationship between state government and tribes in the Dakotas regarding water?

“Different states over time have approached reservations and undertaken water compacts. There are about 14 different water compacts in the region. In Idaho, Utah and Colorado, some tribes have completed successful water compacts, effective agreements between reservations and the state. There are no compacts in South Dakota and North Dakota. It is always possible. It is a matter of how willing each side is to negotiate, put everything on the table and address it.”

3. As they deal with the issue of managing water, are states and tribes also further developing the concept of tribal sovereignty?

“Water is a major issue in terms of what is tribal sovereignty. While there is precedent for strong water rights in favor of tribes, the question is how does that coexist with an immediate neighbor’s rights, and how does it exist on checker-boarded reservations? Those are questions where water is developing the idea of sovereignty.”

4. Is the historical assumption in the Dakotas that there will always be enough water undergoing review?

“Yes, the scientists are telling us the ebb and flow of water is still unpredictable, notwithstanding the management of flood control dams. They are not the panacea not the bottom line. Nor are they a guarantee that there can be a proper allocation of those resources. The question of who owns the water, who owns the flow is not yet resolved. Science has taught us to be careful, to be more prudent about this.”

5. Because it is out of sight, is groundwater also out of mind with regard to water quality, even in the face of potential development in South Dakota such as uranium mining, fracking to increase oil and gas production and the Keystone XL pipeline that could possibly threaten it?

“Groundwater quality is an emerging issue. The uranium leach mining currently under consideration has risks involved. There is a school of scientific thought that the dispersal of water is as problematic as the water itself used in natural gas production. There is some evidence that water has a tendency to leach itself into groundwater.”

To Trust Or Not To Trust

Posted on: July 28th, 2014
by David Ganje

To Trust Or Not To Trust

Placing mineral interests and mineral royalty rights or interests in a “mineral trust” is an economic and efficient way for a current or future transfer of mineral rights to family members or beneficiaries in order to independently own and manage such rights.  Mineral trusts are sometimes called a ‘Family Mineral Trust’ but can be used for more than conveyances to family members. When one creates a mineral trust one is creating it to convey to the trust all or a portion of one’s ownership in mineral rights.  A mineral trust has a number of advantages over a traditional last will and testament.  Assets held in a mineral trust are not included in an individual’s taxable estate.  These trust assets are in effect owned and managed independent of any other property of the granting owners.  The value of mineral interests, due to production increases or the changing market value of the minerals, may also increase dramatically.  If a mineral trust is to be considered, it is important that these assets are included in a mineral trust as early as possible. This is done ideally prior to an increase in value in any royalties to avoid estate taxes.  Mineral trusts may also take advantage of gift tax rules by gifting early in the ownership or value of the mineral interest and thereby shifting income and value to the trust rather than the original grantor.

A trustee is the “manager” of the trust property.  The trustee is given his marching orders by the written terms of the trust instrument. It is said, ‘The trust controls the trustee.’   A designated trustee in a mineral trust handles all decision making concerning multiple mineral interests or multiple beneficiaries as a single operating unit.  This can make for more efficient decision making and collection of royalty rights.

Fractionalized mineral interests (smaller multiple interests) can often be lost in the shuffle and sometimes forgotten by later generations of beneficiaries.   When a mineral trust is created, the earnings from royalties, leases and other income based payments, are held in perpetuity if an heir is lost, until that heir is located.  Unlike abandoned property, with privately created mineral trusts beneficiaries are able to collect on past proceeds when they claim ownership.

Mineral trusts keep the beneficiaries invested in the asset(s).  Without a mineral trust, ownership sometimes becomes unmanageably fractionalized.  In a large family situation, or when the ownership transfers to third and fourth generation, an individual ownership percentage may be small. The cost of managing minerals can also increase when each individual must be consulted or when multiple small beneficiaries are receiving separate royalties based on their individual ownership.  However when a trustee is managing the unit as a whole, the cost of managing is less expensive and the individuals usually have a better ability to monitor the trust asset.

Reconstructing and consolidating several divided mineral interests is an onerous process.  This may be avoided by creating a mineral trust early on.  It is also intended beneficiaries by proper drafting of the ownership terms in a mineral trust.  Creating sound asset management to eliminate disagreement or confusion among owners and beneficiaries, a mineral trust agreement enables the trust maker to detail explicit rules.  All beneficiaries are placed on notice of the trust terms which will designate how the trustee will manage the assets and income derived from royalties or income.  Unlike a will, a trust does not have to be filed publicly. Using this type of trust allows individuals to maintain privacy.

Missouri River & Ogallala Aquifer Indian Water Rights Conference 2014

Posted on: July 11th, 2014
by David Ganje

Missouri River & Ogallala Aquifer Indian Water Rights Conference 2014

Hosted by:          Great Plains Tribal Water Alliance

Event Sponsors:         Standing Rock Sioux Tribe..Ogala Sioux Tribe..Rosebud Sioux Tribe

 

 

Presentation:          Tribal Water Codes – Their Administration and Enforcement

Part 1

Historical And Legal Context As Well As Some Relevant Case Law Affecting Tribal Water Codes

Part 2

Issues, Strategy And Recommendations For Writing And Maintaining Successful Tribal Water Codes

 

Presentation by:

David L Ganje

Ganje Law Offices                                                                              Web: lexenergy.net

Water Systems: A Twofold Look into Physical Security & Cyber Security

Posted on: July 6th, 2014
by David Ganje

Water Systems: A Twofold Look into Physical Security & Cyber Security WEBINAR IEPA# 0000—Illinois Section, American Water Works Association

12/12/14 Water Systems: A Twofold Look into Physical Security & Cyber Security WEBINAR IEPA# 0000

When: Thursday September 4th, 2014

From 12:00 -1:00 PM CDT

Where: Your home or office computer

Presenter: David Ganje

Contact: Marianne Perino

mperino@isawwa.org

Phone: 866-521-3595

 

Registration Information: Online registration is available until: 12/12/2014

 

Details

 

Water Systems: A Twofold Look into Physical Security & Cyber Security

CEU TYPE: Technical

WEBINAR TYPE: Technical

IEPA#: 0000

Summary: A security threat to a water system may include the deliberate elimination/destruction of the safe water supply or the disruption of the delivery of the safe water supply for residential, commercial, industrial and agricultural purposes. System threats can come from within a water systems organization or from the outside. External threats include terrorist activities and civil disobedience. Threats may range from trespassing, tampering and vandalism to sabotage, theft and terrorism; these threats may be of a physical nature or they could be non-physical such as a cyber attack. Terrorist threats have been made against water systems. In most instances, the specifics of such attacks are unknown to most systems operators. Hazards from these threats include loss of power and communications, SCADA (supervisory control and data) cyber attack, explosions, intentional fires, chlorine release, broken water mains, chemical or biological contamination, pump failure, dam failure or storage tower failure. The focus of this presentation will address: conducting an on-site security audit using recommended national systems as well as local public and private resources.

http://www.isawwa.org/resource/resmgr/headshots-people/ganje.jpgPresenter: David Ganje, Ganje Law Offices

REGISTRATION & HOURS: This webinar will begin at 12:00pm and conclude by 1:00pm CST. Earn up to 1 PDH or RTC hour. After registering with Illinois Section AWWA, attendees will be furnished via email with all materials and links needed to participate in the webinar. Questions? Call 866-521-3595 Ext. 3

Midwest Water Technology Conference

Posted on: May 29th, 2014
by David Ganje

 Midwest Water & Wastewater Technology Conference

 

                       

 

6/5/2014

When: Thursday,   June 5, 2014
Visit Exhibitors from 7:30 to 8:30 AM
Where: Map this event »
College of Lake County, C-Building
19351 West Washington Street
Grayslake, Illinois  60030
United States
Contact: Lisa   Hoffhines
lisa@isawwa.org
Phone:      866-521-3595 ext. 2

 

 

 

Details

 

T-CON:   Midwest Water & Wastewater Technology ConferenceABOUT   THE CONFERENCE:The   Midwest Water & Wastewater Technology Conference is the new and improved   technology conference for industry professionals sponsored by the Illinois   Section AWWA, Central States Water Environment Association, Illinois Water   Environment Association and the College of Lake County. The Technology   Conference incorporates multiple learning tracks related to the planning,   design, implementation, and operation of water and wastewater-based   technologies. The multi-track approach makes the conference ideal for utility   managers, IT professionals, as well as operations and field staff. If you can   only attend one technology conference this year, this is the one to attend!

T-CON   GENERAL SCHEDULE

TIME ROOM AGENDA    
7:00-7:30am C006 Exhibitor     Set-up
7:30-8:15am C006 Breakfast     | Registration | Visit Exhibit Booths
8:15-8:30am C005 T-CON     Welcome and Opening Remarks
8:30-9:30am C002,     C003, C005 Technical     Sessions
9:30-10:00am C006 Morning     Break | Visit Exhibit Booths
10:00-12:00pm C002,     C003, C005 Technical     Sessions
12:00-1:00pm C002,     C003, C006 Lunch     | Visit Exhibit Booths
1:00-2:00pm C002,     C003, C005 Technical     Sessions
2:00-2:30pm C006 Afternoon     Break | Visit Exhibit Booths
2:30-3:15pm C005 Keynote     Speaker
3:15-3:30pm C005 Raffle     for iPad Air and MORE! | Closing Remarks

 

Presentation Title
Can You Recover After A Disaster With     Your Control System?
Comparison of Ammonia And DO Aeration     Control Strategies To Optimize Energy And Process At Low Capital Cost: A     Case Study
Drawing The Curtains On Windows XP –     What Does The End Of Win XP Mean For SCADA Systems?
Geocentric Web Mapping Solutions In     GIS
Going Beyond The Meter: Expanding     Traditional Data Collection Methodology To Increase Revenues
How GIS Has Helped The City Of     Chicago And The Department Of Water Management (DWM) Embark On A Very     Aggressive Plan To Replace 880 Mile Of Water Main In 10 Years!
How To Select An Economical And     Secure Remote Terminal Unit (RTU) Delivery System For WWTPs And Pump     Stations
Identifying And Locating Existing     Backflow Prevention Devices Inside A Building Using Bluetooth Smart     Technology
Increasing The Resiliency: Standby     Power Generation
Integrating SCADA with Other Plant     Systems
Internet of Things – Enabling A New     Level Of Control, Reporting And Efficiency
Making Your Water Department     Paperless With Laserfiche ECM
Master Metering Using A SCADA System
Mobile Data Collection, Visualization     And Execution
Mobile Interfacing Within     Water/Wastewater
Quick Tour Of ArcGIS Online And     Practical Uses For Water / Wastewater
SharePoint 2013 – Technical Overview
Speaking Their Language: Public     Engagement Through Social Media For Public Works
Understanding Pressure, Temperature,     And Flow Instrumentation
Using SCADA To Reduce Energy     Consumption And Operate More Efficiently
Water Systems: A Twofold Look Into     Physical Security And Cyber Security
Water/Wastewater Tablet Success For     Less Than $1000

 

 

 

Water Systems Security

by David Ganje

WATER SYSTEMS SECURITY

INTRODUCTION……………………………………………………………………………………………………….. 1

BRIEF HISTORICAL OVERVIEW……………………………………………………………………………… 1

WATER SECURITY……………………………………………………………………………………………………. 2

  1. Physical Security …………………………………………………………………………………………..      3
    1. i.              Milwaukee & Cryptosporidium…………………………………………………………….. 4
    2. ii.            WaterWorks: Physcial Security…………………………………………………………….. 6
  2. Cyber-Security……………………………………………………………………………………………….      9
    1. i.              WaterWorks: Cyber-Security………………………………………………………………… 11

RECOMMENDATIONS FOR ENHANCED SECURITY………………………………………………. 12

VIRTUAL ATTACHMENT:

Ass’n of State Water Admins., Security Vulnerability Self-Assessment Guide for Small Drinking Water Systems, Nat’l Rural Water Ass’n (May 30, 2002), available at http://www.epa.gov/ogwdw/dwa/pdfs/vulnerability.pdf.

 

 

Presentation to the Illinois Chapter of the American Water Works Association.

 

© 2014. All Rights Reserved. David L. Ganje.

 

I. Introduction

This article discusses current security issues surrounding water treatment and waste facilities. The sources of attack are myriad, but manifest via physical attacks and cyber-attacks. A physical attack on a water treatment and waste facility occurs when an individual or group causes physical damage to the facilities, structures infrastructure, systems, or the water itself on site. A cyber-attack occurs remotely and disrupts the computer systems that control the treatment and waste facility. Whether the attack be physical, cyber, or some combination, the goal is the same: to harm, even kill, the local population and cause panic. This article will give a brief historical overview of American water systems, discuss the current water security concerns of both physical and cyber-security, and make some practical recommendations for enhanced security.