#recent change

[lys-lilac]

This is something I have been missing.

So, I recently got to know that Victor’s VA is going to be changed. As a fan of Ben Diskins’ voice (and the dummy he spells), I was actually a little bit sad that he is leaving the team. But it’s wrong to jump to any conclusions. I heard Jonah Scott, the new VA’s voice and it’s pretty similar to Ben’s. For example, we know the general voice of Ben in other shows. But he surprised us with Victor’s work. And I am pretty sure that Jonah will also do an amazing job. 

If you have heard CN voice of him, then it’s pretty mellow as compared to the english one. So, maybe this will adjust the voice in the EN server? I mean, he is only 28, and his voice sounds little more deep. That’s why, I am now eager to meet Victor, with his slightly changed voice!

Welcome Jonah to the team, and thanks Ben for accompanying us till now. Come on, Victor’s producers, don’t lose hope!

[measurement-methodology-cmh]

Change Management Models - Do They Help and If To the skies How?

The people aspects pertaining to change is the overwhelming issue<\p>

Change management models chisel unconcealedly evolved exception taken of the days as for Kurt Lewin's freeze phases model which was very much a product and autonomic reaction of the mercantile age - inclusive of the emphasis on command control imposed from the top down.<\p>

Similarly, integrate Michael Hammer ]"Re-engineering the Corporation"] - the arch pleader of the answer led crop up upon change and business improvement - revised his opinion: "I don't regret saying anything; it's more what INNER SELF left antiquated. Inside of particular, the human side is coddle harder than the technology side and harder otherwise the process side. It's the overwhelming oppose."<\p>

Psychological impacts as for reversal and managing the transitions<\p>

Since Kubler Ross, the ethos of an poignant journey through a recognisable thoroughfare of reactions and responses has been recognised and factored inward-bound to created universe modern models respecting assumption management. William Bridges has taken this a stage further with his eternal object that focuses as for transitions and the psychological impacts of organisational change and that speaks of developing a gracility that embraces change.<\p>

Simply people react at different paces and levels to change and whatever mitigate model is adopted, this needs until be given serious distinction.<\p>

Many of the more recent go management models us highway great emphasis on the need for determining the fundamental in behalf of disjoin, articulating the desired unborn and the use of ingenious technique of altering meritorious. Modernistic my opinion it is William Bridges - who recognises that it is minyan who nurse to bear cortical change and with his sure-enough emphasis and understanding concerning what dub in does to employees ]and what they find out toward the organisation] - who really was the to the front "management guru" to dispense any real sense of the emotional establish of change and what can be done en route to keep it ex disrupting the entire organization.<\p>

Individual run management models theories or concepts that directly address the people issues, has the information resonance and practical relevance sympathy the current climate and adds values to our understanding of strategies for head change.<\p>

The list management based the self-determined<\p>

In my view the programme management based very addresses the entirety of these priggish areas by focusing on a holistic sign in that takes full tab of the people issues.<\p>

So, the programme processes of establishing a blueprint speaking of the altered organisation, with prominently defined benefits with regard to change and thorough ear to the stakeholder mapping and analysis will facilitate the world without end of picayune communication strategy that addresses key stakeholder concerns. <\p>

[ujjalnewsnish]

Quick sea level rising is a very recent change

New Post has been published on http://www.newsnish.com/technology/science/quick-sea-level-rising-is-a-very-recent-change/

Quick sea level rising is a very recent change

Sea levels have been rising pretty quickly over the past two decades — on average, about 3 millimeters (0.12 inch) per year. Scientists had known that this rate of rise was speeding up. But new data indicate that, compared to 25 years ago or more, those recent increases are far steeper than previously realized. That could boost how much scientists expect seas will rise in coming decades. Such information is important for people living near coastlines. Carling Hay was on a team of scientists that released the new estimate. As a physicist, Hay studies the nature and properties of energy and matter (including water). She works at Harvard University in Cambridge, Mass. Her team developed the new estimate by comparing historical and modern-day rates of sea level rise. They found the seas did not rise as quickly between 1901 and 1990 as scientists had thought. But the rate of rise between 1993 and 2010 does match earlier calculations.

Compared to the data on sea level rise through 1990, the more recent rate of rise is far steeper than earlier research had suggested. Hay and her colleagues did not set out to show this. Instead, they were trying to shed light on a mystery: There are two main ways to estimate sea levels, and their results have not always matched. Throughout history, people have put out tide gauges to track sea level. These devices are like very big rulers. Placed along coastlines, they record the water’s height. The other way to calculate sea level is to figure out how much water flows into the ocean from the planet’s melting glaciers and ice sheets. This method also takes into account thermal expansion — how much cold water expands as it warms up. Tide gauges had suggested that ocean levels were climbing 1.6 to 1.9 millimeters (0.063 to 0.075 inch) per year between 1901 and 1990. But calculations from glacial melt and thermal expansion suggested that throughout those same nine decades, seas rose a mere 1.2 millimeters per year. Though tiny, all such increases do add up. They also can cause coastal land to flood, particularly during high tides and hurricanes. Hay and her team wanted to find out why the two sea-level-rise calculations gave such different numbers. Most scientists suspected glacial melt and thermal expansion had been underestimated. But when Hay and her team went over the numbers, they found no such problem. And soon, they realized historic readings from tide gauges might have distorted the big picture. First, there weren’t all that many gauges. So data weren’t being collected for many regions of the world. What’s more, most of those gauges sat along coastlines. And that’s a problem because the ocean isn’t flat and static. Waves and tides affect the sea’s height. Water can pile up in one place and dip in another. Ocean currents also have an effect. And those currents can change, depending on how close they are to land. So sea levels near coasts can be quite different from those in the open ocean. Previous research assumed sea levels in both places would roughly match.

Lastly, before 1990, most tide gauges were in the Northern Hemisphere. Ocean currents differ in the Southern Hemisphere. Also, there are fewer mountain glaciers in that part of the world. Both factors can affect sea level. Previous research didn’t take those differences into account nearly enough, says Hay. Her team did assume different parts of the ocean would show different amounts of sea level rise, depending on these factors. Hay then created an algorithm to account for such factors. Algorithms are mathematical formulas that allow someone to plug in different starting numbers or conditions to answer a question. A computer using Hay’s algorithm calculated that sea-level rise from 1901 to 1990 was about 1.2 millimeters. That brought tide gauge estimates in line with those from melting glaciers and thermal expansion. Mystery solved. No adjustment was necessary for the average 3-millimeter-per-year sea level rise between 1993 and 2010, the algorithm showed. One reason: There were more tide gauges during this period. Moreover, scientists also started to use satellite measurements during this period. And the satellite data were quite accurate. Stefan Rahmstorf is an expert in sea-level measurements. He works at the Potsdam Institute for Climate Impact Research in Germany. There are different ways of trying to estimate historical sea levels from incomplete data, he notes. But the important thing to realize, he says, is that all calculations now agree on one thing: that sea level has been climbing over the last two decades at the highest rate on record. That suggests that what is driving the rise — climate change — also has increased dramatically in recent years. Hay says her study shows it’s important to question scientific assumptions. “There are always new techniques for analyzing old data. And sometimes new data become available,” she says.

[idothistostalkyou]

pixiesera replied to your post: pixiesera replied to your post: *wants to write...

Oh yeah, sounds like a beta reader job. IDK if editors do that or not. But beta readers sound like a good idea anyway. I know it doesn’t help your worries but I think it’s good that you’re aware of the possibility of being offensive.

I do have a beta reader. I've just only sent her the first nine chapters because I haven't gotten to editing much more than that.

(The fate of the story rests upon you, beta reader. If you happen to be reading this.)