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New Jersey has far more put-ins and places to explore than I can ever get to. If you’ve been somewhere good, or bad, click that contact link and send me a description. Or you can click the Support button and send a couple of bucks to help with the web hosting, software, and other costs – this stuff is not free!

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I recently installed these aluminum seat strap buckles. They are a direct replacement for the factory plastic buckles.

The swiveling part of the plastic buckles broke years ago, and I just tied the straps onto the remaining part, which is much beefier and held up fine, although it is now visibly bent. On new boats I automatically remove the swivel and never give it a chance to break.

But this loses the easy adjustability of the original buckle, and I think it is just a matter of time before the remaining plastic part breaks as well. The aluminum buckles restore that adjustability, and are much stronger and I don’t worry about them at all. And they look great.

I found these on eBay while looking for replacement buckles to carry as spares. They are not that much more expensive than the plastic ones. I tied the old buckles inside the ‘trunk’ just in case.


After Google sent me a bill for their map service, I decided to switch to OpenLayers maps, which are free. And I quickly came to like them better. At first, I thought the satellite imagery was neat, but it turns out that often things are hidden under trees. Also, the coordinates on the satellite imagery are less-than-accurate. Google’s street maps are also less-than-accurate, and also less-than-informative, lacking accurate borders and labels ( although they do have lots of advertising! )

As I got the hang of OpenLayers, I started to redo a lot of things and simplify, getting rid of a lot of stuff I had done to make up for the shortcomings of Google Maps. OpenLayers maps look a lot like USGS quadrangles, and don’t need a lot of help, just zoom in and there is a wealth of information. Google’s maps are also strongly colored, which makes it difficult at times to do anything with them. OpenLayers uses nice muted colors that are easy to write over.

But satellite imagery is still interesting and informative, so I added links to both Google Earth and Bing servers. A great deal of functionality comes from an plugin I wrote to help-out the main maps plugin. I’ve also made a few changes and bug fixes to that, which I hope the developer will eventually incorporate. The irony of this, for Google anyway, is that the free products are actually much better than the paid ones.


Here is every marker and line in the database, all at once on one map. What a mess – it took some careful design to avoid this. But I think the completely-obliterated map is funny, so I show it to you here. On the plus side, this is a good stress test, and performance is fine.


This paddle is nearing the end of its life, so I decided to try an experiment. I added a “drip notch”. This is a small sharp-edged notch that the water flow can’t follow. Instead it departs the edge of the paddle and falls well outside the boat. I hardly got a drop of water on me.

To make the notch, simply drill a 1/4″ hole by the edge of the plastic blade, 6-7 inches from the base. Then file it to the shape you see here, with a sharp corner at the edge. The back-cut assures the the stream can’t jump over the notch to the other side.

I can’t claim this idea, I’ve seen a few paddles with this feature.


The problem with scupper carts is that they always seem to need a third hand to set up, and that hand is usually attached to someone else, in which case you don’t really need a scupper cart, do you? Newer models have a built-in kickstand that looks so useful, it got me thinking. For twelve dollar’s worth of plumbing parts at Home Depot, I made this.

First, I cut a 1/4-inch slot out of the back side of the plastic tee. Then I cut a rubber drain union in two pieces which fit tightly between the tee and the cart tube. The hose clamps are the rest of the union, and can be adjusted to set the friction for holding the angle. The arm is a foot of schedule-40, not glued in, so I can pop it off when not in use. It is tied on to keep from losing it.

This old scupper cart has seen a lot of use, and this is a yuge improvement. Yuge, I tell you, yuge.

Update

Works great! You can sight the cart through the scupper holes to line it up. Fold the arm up before you go to keep it from hitting the ground.


All maps are now snapshots of one master map. You can now navigate the website by zooming, dragging, and clicking on the maps.

Then I went nuts, and added a ton of markers for things that look promising on Google Earth. Now it’s a bigger mess than it ever was.

I also figured out how to draw the county borders on the maps.

The Google Maps API leaves much to be desired. In fact, the whole thing reeks of typical Google arrogance and stupidity. After messing around with it a while, finding out what doesn’t work and what you can do, I eventually cobbled together a decent interface. Google needs to fire a lot of PhDs and hire some people with brains.


This site was recently deemed by Gargle as not having content worthy of being polluted by their ad-spam. Just as well.


I decided to add a section on wildlife. So far I have done a bunch of birds.


I added live tide predictions to the sites that are tidal. Also added a weather page with forecasts and current conditions.

Tides

I sprang for a WordPress plugin that lets me place live maps or satellite imagery in the website. There are three choices:

  • OpenMaps – excellent free street maps
  • GoogleMaps – not quite as good street maps from Google that may not be free
  • GoogleEarth – satellite imagery from Google that may not be free

I say may not be free because Google’s terms are complicated and depend on the amount of traffic you get. I’m guessing it will be free, but I can’t be sure yet. So far Google has not cost me anything.


 
 

  1. Cranberry Lake - Andover [G] [B] (40.95204, -74.73681)
  2. Delaware River - Caddo Access [G] [B] (41.31834, -74.79522)
  3. Delaware River - Dingman's Ferry PA [G] [B] (41.21942, -74.86017)
  4. Delaware River - Port Jervis NY [G] [B] (41.37715, -74.70473)
  5. Lake Aeroflex - Andover [G] [B] (41.01041, -74.73564)
  6. Morris Canal - Waterloo [G] [B] (40.91259, -74.76785)
  7. Neversink River - Port Jervis NY [G] [B] (41.37589, -74.67546)
  8. Paulins Kill - Stillwater [G] [B] (41.03284, -74.87420)
  9. Paulins Kill Lake - Newton [G] [B] (41.05273, -74.82674)
  10. Steeny Kill Lake - High Point [G] [B] (41.32085, -74.67720)
  11. Swartswood Lake - Newton (N) [G] [B] (41.07356, -74.82440)
  12. Swartswood Lake - Newton (S) [G] [B] (41.06296, -74.85278)
  13. Walkill River - Bassetts Bridge [G] [B] (41.26008, -74.55100)
  14. Walkill River - Franklin [G] [B] (41.11063, -74.58840)
  15. Walkill River - Glenwood Rd [G] [B] (41.19413, -74.57499)
  16. Walkill River - Unionville NY [G] [B] (41.28789, -74.53406)
  17. Wallkil River - Hamburg [G] [B] (41.15266, -74.58161)
  18. Wawayanda Lake - Wawayanda SP [G] [B] (41.18823, -74.42609)

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