Disclaimer-- when I blog, I get excited so please do not beat me up for any grammatical errors. I am not intending this to ever be published professionally. It is simply written how I would speak it in person.
My thinking today is that I don’t intend to talk generic theories related to harvesting rainwater as that has been done in many other places. (books, web sites etc) I do, however, want to leave that option open when it is relevant to this blog. Particularly interesting and has been now for years is the subject of drought.
I find it extremely interesting every year ( I saw a front page article again yesterday) of those who stand on camera or in front of a camera for printed media with the same look on their faces while speaking of a total loss to their livelihood due to drought.
Let’s break this down as drought was always the primary reasoning for interest when inquiring about rainwater harvesting.
Webster defines this term as:
Definition of DROUGHT
1 : a period of dryness especially when prolonged; specifically : one that causes extensive damage to crops or prevents their successful growth
2 : a prolonged or chronic shortage or lack of something expected or desired
Looking at the first definition one can see that “a period of dryness especially when prolonged” is indeed vague. 3 days without rain would qualify as a drought as it is a period of dryness. Most often officials do not drop the drought word until extreme results result from the last word of the first statement—prolonged. In actuality, you can see that we actively live in a drought however it is a series of mini droughts or periods of dryness. Moving on, prolonged is when drought becomes more noticeable to the common person in the form of water restrictions or farm reports where things are beginning to deteriorate which is explained in the last part of the definition following specifically.
That is the part of drought that everyone easily comprehends.
Before a general discussion, let’s look at the second definition. Again, we see the term prolonged which we understand but it goes on to say lack of something expected or desired. Whoa, now we have a complex statement.
Something in this arena is obviously meant to be water and water is the expected or desired subject.
So let’s compare the long faces. They expected and/or desired water and did not get it. Makes sense to me. But did they STUDY historical figures and gather data based on trends for their area? Probably not. Let’s get desired out of the way. That is always the case, I desire 1 inch of rain a week on my crops. Good luck with that and really that word should be removed from the definition.
Back to studying…. How many people have simply went out and planted acres upon acres of seed only to be devastated by lack of rain? You would think not many would do such a foolish thing but obviously they do as we hear the same story every year. So is it nature’s fault for the loss or is it the farmer’s fault for poor planning? Article headlines--“Midwestern cattle farmers selling out due to no rain” “total loss to 8000 acres of corn” “feed prices to rise due to poor crop and drought”.
This will continue to play out year after year until planning and study takes place prior to a seed or cow hits the field. It has to.
Let’s try this approach, pretend that you are a planter/grower. You have looked at the weather precipitation trends for the last 100 years for your area. Heck, now with GPS technology, you can see what hit your field all of those years! You find that in the last 8 years, things have been hit and miss. You find several good years and some bad ones during that time. Let’s call it 50% good and 50% bad. So, you decide to go all out and plant like you did 20 years ago hoping or desiring for the correct precipitation. That is a bad plan or really no plan. You are now banking on one word that we decided should have been thrown out—desired. You would be better off playing the lottery to support your livelihood as that is simply what you are doing, taking a big chance.
Now let’s use the same farmer or you and the same data. Knowing you are facing a 50/50 shot of your desired outcome (good precipitation) you decide to alter the acreage planted. Immediately one says but I can’t survive on less acres. Look, 50% bountiful crop when things went well is way better than 100% loss in seed, fuel, time, stress and time spent doing the long face dance. So maybe scale back, make better food and diversify? This idea is probably not a chance to a conventional row farmer so the results continue to be the same. That’s trending and that is same effort = same results. Point is change something.
A guy said to me one time at his farm, “My sprayers blow thousands of gallons of water. There is no way to supplement or back that up without rain.” I stood there and looked at the number of buildings on his farm, all brand new metal buildings with combined roof space equaling an acre. That’s only what I could see standing in one spot! When he gets one inch of rain, he is missing or losing 27,000 gallons of water and most of this is causing erosion and costing money in labor and fuel to keep grading the ruts out. The site of his farm was also in an area that receives 50 inches of rain a year. He would argue that fact for the rest of his life that it has never happened. Granted now 1 inch of week but he gets 50 a year and that is recorded fact. That’s 1.3 million gallons JUST FROM THE BUILDINGS that he is losing. “no way to supplement without rain” was his initial response. He is correct, there’s not (without the rain which he is totally overlooking in this sense) but there is a supplement with a plan. Hold that water he does get and now he has the needed supplement. Again, 1.3 million gallons is way better than 0 gallons. Odds are he can go way more than the 50% successful planting rate with this PLAN in place.
In summary, I think the long faces that plague us each year and cause food prices to soar are indeed caused by a drought.-----A drought of knowledge and planning not a drought of water as defined by Webster.