water

Water is a chemical compound with the chemical formula H2O. A water molecule contains one oxygen and two hydrogen atoms connected by covalent bonds. Water is a liquid at standard ambient temperature and pressure, but it often co-exists on Earth with its solid state, ice, and gaseous state (water vapor or steam). Water also exists in a liquid crystal state near hydrophilic surfaces.

The following items are tagged water.

PON panel discusses Track II Negotiations, Islands of Coordination and Unilateral Moves in the New Middle East

Posted by & filed under International Negotiation, Middle East Negotiation Initiative, Videos.

On March 4th, the Program on Negotiation at Harvard Law School hosted a panel discussion entitled: “Negotiations by Other Means: Track II, Unilateral Action, Robust Third Party Role and Islands of Coordination in the New Middle East.”

 

 

 

The panel featured three veterans of high profile Israeli-Palestinian diplomacy: Ambassador Dore Gold, President of the Jerusalem Center for

PON Film Series Event: Mediating Public Disputes on Fracking

Posted by & filed under Events, MIT-Harvard Public Disputes Program, PON Film Series.

The PON Film Series is pleased to present:
Mediating Public Disputes on Fracking

Thursday, April 25, 2013
7:00 PM – 9:30 PM
Austin Hall 111, Harvard Law School
Free admission; public welcome.  Pizza and drinks will be served.
About the event:

The Program on Negotiation invites the public to a special PON film series event on the topic of hydraulic fracturing, or

Role-Play Simulations and Managing Climate Change Risks

Posted by & filed under Pedagogy at the Program on Negotiation (Pedagogy @ PON).

Climate change risks are an increasingly important consideration in many decisions with long-term implications, such as choices around economic development and infrastructure investment. It does not make sense to invest in projects that will be destroyed by sea-level rise or undermined by sustained drought. The enormous uncertainty associated with climate change makes it difficult, however, for decision-makers to plan ahead. This is particularly true in developing countries, where pressing needs like poverty reduction often trump long-term considerations about sustainability.

Water Diplomacy: Using a Creative Approach

Posted by & filed under Dispute Resolution.

The case of Jordan and Israel shows how even countries at war can negotiate a water agreement if it is framed in non-zero sum terms and trust continues to be built over time. And that is not the only case of a treaty that has succeeded against all odds to bridge conflicting water interests; the Indus Waters Treaty between India and Pakistan and the Ganges Water Treaty between Bangladesh and India are other examples.

Water Diplomacy: Value Creating Approachs to Water Negotiation

Posted by & filed under Conflict Management.

Zero-sum thinking emerges when people conceive of water as a fixed resource – one provided by nature in a given quantity that is either static or diminishing. Based on these assumptions, diplomats often focus on what share of the existing water will be given to each entity. Negotiations of this type typically involve decision makers who are political leaders focused on preserving sovereignty and maintaining state security. They are often unprepared to think about improving the overall efficiency of water use, which, in effect, can “create” more water.

Water Diplomacy: The Role of Science in Water Diplomacy

Posted by & filed under Conflict Management.

Scientific and technical knowledge is important in water negotiations, but not in the ways it has often been used. It is counterproductive to use scientific information to justify arbitrary (political) decisions. For example, scientific information about water has increased dramatically over the last several decades, but our ability to manage water resources has not improved proportionately.

Water Diplomacy: Understanding Uncertainty, Risk, and Opportunity in Water Management

Posted by & filed under Dispute Resolution.

When countries face contending water claims, one of the biggest obstacles to reaching an agreement is uncertainty. Specifically, there are three types of uncertainty: uncertainty of information, uncertainty of action, and uncertainty of perception. In part 2 of this 5 part series, Program on Negotiation faculty member Lawrence Susskind explains the uncertainties facing negotiators trying to make agreements.

Water Diplomacy: Creating Value and Building Trust in Transboundary Water Negotiations – Israel and Jordan, From War to Water Sharing

Posted by & filed under Conflict Resolution.

Most difficulties in water negotiations are due to rigid assumptions about how water must be allocated. When countries (or states) share boundary waters, the presumption is that there is a fixed amount of water to divide among them, often in the face of ever-increasing demand and uncertain variability. Such assumptions lead to a zero-sum mindset, with absolute winners and losers. However, when parties instead understand that water is a flexible resource and use processes and mechanisms to focus on building and enhancing trust, even countries in conflict can reach agreements that satisfy their citizens’ water needs and their national interests.

Resolving Conflicts on the High Seas

Posted by & filed under Conflict Resolution.

In negotiation over a limited pool of resources, conflicts often spring up over what constitutes a fair agreement. If two business partners are going their separate ways, they might have different ideas about how their shared assets should be divided, for example. Currently, such a dispute is playing out between China and four of its Southeast Asian neighbors over claims to the South China Sea. According to a report issued by the research organization International Crisis Group (ICG), recapped by Jane Perlez in the New York Times in late July, the disputes have reached an impasse that could lead to an open conflict.