Surveyors

[Egon]

Good to a post from you Slamfire.

Egon

 

[Varmintmist]

Rmal,
The GPS unit is the way to go. You should be able to fing a setting where you can get the distance traveled and the direction taken. Get your survey and the gps and stand on the known pin. Walk until the GPS says you are X feet and Y degrees from your start. Once there start looking for a pin. You will NOT be right on top of it most likely. GPS has built in error for civilian purposes and the smaller the unit the more error you will get from it, but you will be close. Bring a metal detector if you have access to one and your survey says "iron pin"

If that doesnt work, call a surveyor to mark the corners.

 

[gotrocks]

Question, When survey and plat/deed shows 100 feet and the line is up a slope, how is that land measured when the bulldozers finish leveling the area?

Without having the original elevation shown I can't understand how the new plat is calculated.

See attachment.

 

[Junkman]

I can't answer the question as to how a surveyor would make the measurements, but you only have 100' in depth, and it doesn't matter if it is a hill or not. If you remove the hill, the measurements of the underlying surface are still going to be the same. Survey measurements are adjusted for hight and the map shows the ground as if there were no change of elevation. I can understand how they can do it with modern equipment, but how it was done with the old manual tools, is the question.
I had a piece of property in NH that I purchased in 1963, that the three of the boundaries descriptions were pretty much useless for surveying.... "from the big oak tree, to the stone pile to the snow pile, to the stream", or some kind of language such as that. I didn't pay much for it, and didn't get much for it when I sold it a few year later, but I always wondered how I would have had it surveyed. It contained about 50 acres, more or less. Probably, today, a attorney wouldn't even consider transferring a deed like that without having a better description worked out by a surveyor. When I purchased it, it was said that a lot of the deeds were like that and there was never a problem. 40 years later, I still wonder about this..... /forums/images/graemlins/frown.gif

 

[MarkV]

Good post, it has been very interesting. So if there is so much room for error, whether human or historical, how are discrepancies settled? If you have a parcel surveyed for fencing and find that the surveyor’s findings do not match what the neighbors markers say what do you do? I sure would not want to go through the expense to put up a fence and find it has to be moved. Also, does the surveyor have any liability if there is a discrepancy? It sounds like two surveyors can interpret a deed differently without either necessarily being wrong.

MarkV

 

[Junkman]

Around here (CT) if this arises, you go to the neighbor and discuss it. If you are both agreeable people, you enter into a boundary line agreement and both will quit claim any land on the other side of the boundary to the other. The deeds and the new boundary line survey are all filed with the town and it is then "set in stone". A 100 years ago, farmers would agree over the stone wall and a handshake. A couple of feet either way wasn't a big thing. Today, people will argue over inches. /forums/images/graemlins/frown.gif /forums/images/graemlins/frown.gif

 

[MarkV]

Junkman, that makes sense and sure would be the civil way to do it. It also brings up another question. I happen to own two separate properties where one boundary is a county line. I would suspect that the county would not think highly of my neighbor and I doing a quick claim deed that would change the county line. Does a county or state line supersede any deed description that would disagree with the county or states interpretation of the line?

Thanks,
MarkV

 

[MikePA]

<font color="blue"> I can understand how they can do it with modern equipment, but how it was done with the old manual tools, is the question. </font>
3-4-5 right triangle process is one way.

Measure the distance between 2 points along the slope, determine the elevation change (using the same telescoping measurment pole used to do a topographic survey) between the same 2 points. You now have the length of two sides of a right triangle so you can solve for the horizontal distance.

In the case of very steep slopes, it required several set ups with the transit to complete this process.

 

[Egon]

Good old time surveying and accuracy. Equals a Wild T1 and interpolating six place log tables with recipies that distribute discrepencies over all the obsevation points.

Egon

 

[Egon]

It's all about angles measured by theodalite, distances measured horizontally and calculations. Course I'm talking 40 year ago.

Egon