News Briefs Firefighters discover 20 marijuana plants in house
After fighting a house fire early Monday at 815 Howard St., firefighters found 20 marijuana plants in the residence.
"They ran across it and called us," said police Sgt. Justin Hendren with the Hancock County METRICH Drug Enforcement Unit.
Police seized all 20 plants, and Hendren said charges are pending.
High-powered growing lights, fans, and a box filled with dried marijuana were also found in the house, according to a police report.
Investigators said an electrical short started the fire before 3 a.m. Monday.
The blaze caused an estimated $12,000 in damage to the residence, owned by Amanda Crawford. No one was injured, according to the Findlay Fire Department.
Carey announces holiday closing
CAREY -- Carey offices, including administrative, income tax and utilities, electric, wastewater treatment plant, and public works, will be closed Monday in observance of Labor Day.
The curbside recycling program will be held Tuesday through Thursday, Sept. 7-9.
Findlay trooper named sergeant
Trooper Jacob L. Fletcher, assigned to the Findlay post of the State Highway Patrol, was promoted to sergeant Wednesday by Patrol Superintendent Col. David Dicken.
With the promotion, Fletcher will stay at the Findlay post and serve as an assistant post commander, according to the patrol.
Fletcher began his patrol career in 2002 after graduating from the 139th Academy class and has been assigned to the Findlay post since.
Owens announces holiday schedule
The Toledo and Findlay campuses of Owens Community College will be closed Saturday through Monday for the Labor Day holiday.
There will be no classes and the college offices will be closed.
Classes will resume and offices will open again on Tuesday.
Holiday changes ad deadlines
The Courier won't be published on Monday, in observance of the Labor Day holiday.
Because of the holiday, some advertising deadlines have been moved up this week:
Black and white display advertising for Tuesday's newspaper must be placed by noon Friday. Display advertising for Wednesday's newspaper must be placed by 2:30 p.m. Friday.
Color display advertising for the Thursday, Sept. 9 newspaper must be placed by Friday.
Classified advertising and City and Country advertising for Saturday's newspaper must be placed by 2 p.m. Friday. Classified ads for Tuesday's newspaper must be placed by 2:30 p.m. Friday.
Courier business and advertising offices will close at 3 p.m. Friday for the holiday.
13 Comments (2 pages)
Latest comments listed first.It is a series of 3 articles titled "Stopping the Flood".
You can find the articles online at www.theprogressortimes.com
Facts present a different story regarding development and its effect on flooding than Mr. Snodgrass. Lets look specifically at Findlay. Roughly 343 square miles of the Blanchard river watershed is upstream of Findlay. How large is the area covered by all development in Findlay over the last 30 years? If we assume Findlay doubled in size during this period how much difference does it really make? According to the census of 2000, the city of Findlay accounts for about 17.3 square miles of the 343 square miles of watershed that impacts flooding in Findlay. Put another way, the city of Findlay as of the year 2000, only accounted for 5% of the land in the watershed that causes flooding in Findlay. Lets say Findlay doubled to 5% over the last 30 years or so. If we accept that assumption then the development over the last 30 years everyone is so anxious to blame only accounts for 2.5% of the watershed. Even if we choose to believe the 5% figure I threw out in an earlier post it still does not add up. How can such a small percentage of the watershed cause all the flooding?
So lets look at the often cited solution of dredging the river. Again citing the census, of the 17.3 square miles of land that Findlay encompasses, 0.1 square miles of the city is water. I think it is safe to assume this is by and large the river and small creeks that feed it. I wont go thru all the math but roughly speaking a foot of river depth in Findlay holds about 23,150,220 gallons of water. So the idea to dig the river 20 feet deeper thru Findlay provides roughly 463 million gallons of storage. As a comparison, the Findlay reservoir #2 holds around 5 billion gallons of water. The flood of 2007 would have required storage equal to 16 reservoirs the size of the Findlay reservoir if we stored every drop of water that fell. But even if we say we only need to hold 25% of the rain that falls during a rain event like that of 2007 we still need about 4 reservoirs that store 5 billion gallons each or a total of 20 billion gallons. Dredging the river as suggested possibly provides 463 million gallons of storage-if that pesky issue of elevation doesnt kill the whole idea. I may be wrong but I think the Blanchard only falls 15 feet or so as it passes thru Findlay. If I am correct the proposed solution actually does very little. It creates a pretty nice fishing hole that once filled with water does very little to help with flooding.
The last point I would like to make is in regards the idea to create large storage areas by digging large quarries. While I personally like the idea I am pretty sure it wont work for several reasons. One strike against the idea is the time it would take to quarry out enough stone to be effective. Potentially this time frame could be decades long. Secondly, quarries tend to reduce the water table of those around the quarry. The water table issue is twofold. (A) The change in the water table will probably force everyone in the area to drill far deeper wells. (B) The water that overflows into the empty hole during a rain event contains nitrates and other nasty things that should not be consumed. Unless the storage hole has a liner of some sort the river water stored in the empty quarry would contaminate the groundwater in the immediate area. Another strike against this concept is the fact that the only way to remove the water after a flood event is to pump the water. The energy and maintenance cost associated with pumping stations far exceeds the cost of maintaining ditches and diversion channels. So digging several quarries entails several pumping stations, the associated power lines and related costs. It is an expensive answer. The last problem is the sheer size of storage needed. The Findlay reservoir is about 1 square mile at something like 25 feet deep. If we want to dig the hole 100 feet deep or more we may be able to keep the size down to one square mile. But if the farming community is hesitant to support diversion channels how will we ever come up with a square mile of land, located where it needs to be, for this solution?
Flooding in the Blanchard is an extremely complicated issue and no matter how much we would all like to find the easy, low cost answer it is just not that simple of a problem to solve.
Lets take the statement that 80% of the watershed is agricultural. Now lets assume that the smaller communities in the watershed have not changed in size since the 1980s even though we all know this is not true. Then lets go further and assume that Findlay, since the 1980s, has developed a total of 5% of the 20% not devoted to agriculture. We can go one step further and assume that the developers in Findlay ignored all the building regulations and dumped every drop of water that fell on their development directly into the river. I think this is awfully unfair but we are just using examples so it is close enough for the discussion.
Does anyone honestly believe that 5% of the watershed caused all the recent flooding? For that to be true wouldn't the vast majority of the rain that falls on the watershed have to land directly on the recently developed 5% of the watershed? Do the math. It simply doesn't add up. The problem is not the sole fault of development within communities, whether it be Findlay, Arlington, Ottawa or any other village.
And just for the sake of argument, lets talk about the problem with communities only requiring a 25 year rain event retention system on all developments. Given the benefit of hindsight I think that was a serious mistake. But at the same time will someone please explain the retention requirements placed on a farmer who decides to tile a non-productive field or improve the drainage structure in another field? After all, anyone who farms 100 acres has as much water during a rain event as a 100 acre urbad development has.
The truth is there is no requirement for a farmer to retain even a drop of water that falls on his or her field. Not only that, a farmer can choose at any time to remove water from thier field by installing tile without any oversight. A farm tile system is designed to do one thing-remove water as fast as possible. And it can only go one place. It all gets dumped into the river faster than ever before. I think if we could understand the amount of farm tile that has been installed in the watershed since the 1980s any reasonable person would see that farming has been a significant contributor to the recent flooding problems.
Please don't think I am a participant in the finger pointing game. I am just trying to get the facts on the table. I do not blame farmers for improving and developing their fields into more productive land by way of improved drainage systems. They are trying to do what every other person would do-make money from their investment. But that is no different than what is happening within the communities that are located in the watershed.
The flooding problem is not the fault of any single activity or group. It is a complicated, collective problem and the partnership is the only organization currently working to facilitate improvements. The partnership can provide local views and input but ultimately the Army Corp of Engineers will determine the most practical plan of action. Yet no matter what the Corp suggests, it will be up to the people of this area to decide if something is done or not. A conservancy district is the most common way used to manage flooding issues and has worked well in many areas of the country. It may be the best answer for flooding in this area as well.