Others will certainly chime in with good advice for you, but I'd say first off to stop spraying. Getting your plants wet every day can do more damage than any pests you might end up with. (can invite mildews to infect the leaves) Just let things grow and see if anything starts eating them faster than you can. Hand picking is the most effective way to deal with a lot of pests. (the larger ones -- not aphids) If you do end up with aphids on your plants doing damage, then folks usually recommend spraying them off with a garden hose every so often. I find that just leaving things alone for the most part, hand picking the bigger bugs when I feel like it (be sure it's a pest and not a beneficial!!) and being willing to soak my broccoli in salt water before eating it (to drive out the cabbage worms), I never have to spray with anything. Your garden looks gorgeous, by the way!! Especially since mine in under a LOT of snow :)

Ilene, It does help. Here's why the temperatures are important. I sometimes see either bacterial speck or bacterial spot in my garden during very cool and rainy periods, which means that here in Love County I see those diseases most often in March through May. So, it is not inconceivable that you had them appear in June since y'all were cooler and wetter than we were at that time. If you have bacterial diseases present in your soil, you can never really get rid of them. They spread via the splashing of rain, water runoff during heavy rainfall or irrigation, insects, tools, and people working around the plants (can transfer bacteria from plant to plant via your hands, gardening gloves or tools). The bacteria survive in and around your garden on debris from past plants, volunteers from seed from diseased plants, and even in weeds. Bacterial Speck (Pseudomonas syringae) is the one I see earliest in the spring, often in March and April. It appears when plants are wet and temperatures are in the 55 to 77 degree range, often right after the plants are transplanted into the ground. It shows up first as small dark brownish-black specks on the leaves, and sometimes there is a very, very narrow ring of yellow around the brown specks. This disease affects leaves and foliage, but only affects green fruits (and, normally, it appears before you'd see any ripe fruit in our climate). On the fruit, the infection shows up as really, really small dark specks, less than 1/16" in diameter. Sometimes the part right around the specks is darker green than the rest of the tomato. The specks may be slightly raised above the surface on green tomatoes, but as the tomatoes ripen and the disease progresses, the infected areas become sunken and generally you will not see ripening around those specks. Bacterial Spot (Xanthomonas campestris) is the one I usually see second earliest in the year, if I see it at all and I'm more likely to see it from late April through late May. You will see it when weather is warm and either humid or wet or both. It appears when temperatures are in the 75 to 86 degree range. The bacteria enters your plants through natural openings or wounds and can infect the stems, leaves and fruit. On the leaves, the spots are dark brown, take on a sort of "greasy" appearance when foliage is wet, and are very small, rarely exceeding 1/8" in diameter. It is hard to tell what you have when Bacterial Spot first appears because in its early stages it is virtually identical to Bacterial Speck and to the early stages of Septoria Leaf Spot, which is fungal and not bacteria. However, if the leaf spotting does not progress to lighter gray centers in the middle of the older brown spots, you know it is not Septoria. With Bacterial Spot, first you have the brown spots, then you see a general yellowing of your leaves and then the leaves take on a scorched (brown and dead) appearance. Foliar blighting (rapid death) progresses upward on heavily infected plants. If you have fruit on the plants at this point, you'll see the fruit spots appear on the green fruit as raised, scabby spots that are very dark brown and can be up to about 1/3" in diameter, although many stay smaller than that. If you have ripe fruit, the spots turn into sunken areas that look water-soaked. Once you have bacterial speck and spot, there is no cure so all you can do is practice good crop roation and good sanitation. The bacteria survives on plant residue or debris, including seeds (so don't save seeds from infected fruit and don't let volunteers live if they sprout in that area). Mulching helps because it keeps bacterial residing in the soil from splashing up onto plants when it rains. Watering only with soaker hoses or drip irrigation helps, but you can't control dew or rainfall. Watch your peppers closely, because if you have bacterial spot (and I think you may), it can spread to them. Bacterial speck and spot is a problem whenever leaves stay wet, so you've certainly had the conditions for it these last two years. You can spray weekly, but it needs to be with a bacteriacide and not just a fungicide, so look for something that is a mixture of a fungicide PLUS copper. It won't entirely prevent the disease, but it helps reduce its incidence, slow down its development and helps you get a better yield from infected plants. Bacterial Canker is less common, at least in my garden. It is caused by Corynebacterium michiganensis and it is really hard to diagnose because its symptoms look so similar to those of several other diseases. A lot of people think you can identify it by the stem canker that show up with it, and you can, but it does not always show stem canker in every case. Canker shows up mainly as scorched (brown, dead) leaves and blight (death) from the lower part of the plant at first and then moving upward. One way to know if you have Bacterial Canker is to split open stems on affected plants. If the stems have internal discoloration that is a streaky mix of reddish-brown and yellow, you have baterial canker. Eventually, as the disease progresses, you'll see whitish cankers on the stems and leaf petioles, although sometimes the plant dies before symptoms progress that far. You'll get canker spots on the fruit, about 1/8" to 1/4" in diameter and they have a brown center surrounded by a white ring. They're often referred to as birdseye spots. If plants are infected with canker early, they usually die. Sometimes if they are larger and stronger, they may survive. If you had sudden wilt and death, but did not see yellowing on the leaves, I'd suspect bacterial wilt. It is easy to diagnose "after the fact". Just suspend in a glass of water a clean, cut end of a stem from an infected plant. If what killed your plants was bacterial wilt, you'll quickly see a sort of milky-white stream of slimey bacterial cells flowing into the water from the stem. If you have bacterial wilt, it is VERY hard to eradicate. Remove and dispose of all affected plant debris and don't compost it. I guess that I most strongly suspect Bacterial Spot, but also think maybe Fusarium Wilt, which is viral and not bacterial. So, here's a little about Fusarium Wilt. Fusarium Wilt is caused when the pathogen Fusarium oxysporum sp. lycopersici invades a plant's vascular system. It probably is the most commonly seen wilt disease in our state. (A lot of people think they have Verticillium Wilt, but it isn't found here, as far as I know.) This is how it progresses. See if it sounds like what you saw on your plants. First you see a yellowing of lower foliage and those yellow leaves do eventually wilt, brown and die. Sometimes, but not always, it appears first on one side of the plant and then progresses upward for a while before it moves to the other side of the plant. If you have this and you are not sure if it is Fusarium Wilt or not, cut a stem or petiole from an infected plant and inspect it. You'll see some reddish-brown discoloration in the tissue between the pith (stem center) and the outer green part of the stem. When I go to the OSU Fact Sheet that contains info on Fusarium Wilt, the color photo on it looks a lot like some of your photos. Fusarium Wilt is a late spring to early summer disease here, usually appearing when daytime temps are in the 80 to 90 degree range. There are at least 3 known races of Fusarium Wilt in tomatoes, but I think race 3 is only in California. Modern-day hybrids often have some resistance to one, two or all three races bred into them. You'll know by the appearance of F, FF, or FFF in the letters that follow the hybrid plant name. Heirlooms may or may not have resistance--it's just that no one has tested them to prove if they do or not. Unfortunately, resistance is only resistance and not immunity. If you have Fusarium Wilt, it will live in your soil forever. It also is seed-borne, so you can get it through no fault of your own. I don't know what kind of soil you have, but it seems to be worse in sandier soils (I don't know why). I might lose 1 or 2 plants a year to it some years in my clay soil, and none in other years. Early blight is my worst disease here, and I am not convinced you have it since you didn't see obvious concentric, target-like brown circles surrounded by yellowing leaf tissue. It is caused by Alternaria solani and is the most common leaf-spotting fungal disease in Oklahoma, and perhaps all over the country as well. Early Blight causes excessive defoliation and, because it often appears when fruit load is very heavy, that can lead to sunscald and fruit loss. When I have EB showing up on a plant, I promptly pick all the fruit the minute they hit the breaker or "blush of pink" stage. EB will move from the leaves, where it first shows symptoms, to the stems and even the fruit. (I get my fruit off the plant before it can move to them though.) EB starts at the bottom and progresses upward with lower foliage sloughing and dying off. SOMETIMES, with SOME plants, new growth comes out and the plant actually "outgrows" the disease and survives. In my garden, Brandy Boy and Snow White are two plants that often survive EB, but a lot of others do not. I usually SEE signs of EB the third week in June, when we are really hot and humid, but have seen it as early as the second week of May, if May is a hot month. EB most often attacks stressed plants, but ALL plants in Oklahoma are stressed, aren't they? Sometimes the stress is too much heat or too much or too little rain, but even just carrying a very heavy load of ripening fruit is enough to stress the plant so it is susceptible to EB. I don't think you have Septoria Leaf Spot because you have tons of really obvious small spots with it, and in your photos, I see larger brownish areas. I have practically written a book and don't know if I've helped at all. I don't have much experience with Gray Leaf Spot, caused by Stemphllium solani, so I don't know if it is what you have. I do know that it can resemble the early spring damage you see from flea beetles, because tissue necrosis occurs in the center of the specks, giving it that shot-hole appearance, and I think you said you were seeing some of that, so you may have Gray Leaf Spot. WHAT DOES ALL THIS MEAN AND HAVE WE FIGURED IT OUT? I have no idea. The green tomatoes that have had that rash area probably have Bacterial Spot. You can rule in or rule out Bacterial Canker by inspecting the stems as i described above. If it is Bacterial Wilt, you can diagnose it by suspending the cut stem in the glass of water and watching for a discharge, as described above. I still lean towards thinking it is Fusarium Wilt but also with perhaps Gray Leaf Spot and/or Early Blight. I am pretty sure it is NOT Southern Blight (instant wilt of seemingly healthy green plants followed by a white mold on the stem and surronding soil). I've only had Southern Blight on one plant here in ten years. Pretty sure it is too hot here for it to be late blight, and when you have late blight you generally see white mold on the leaves and late blight spoils the fruit too. The symptoms don't match anthracnose although you do sometimes see anthracnose on fruit AFTER EB has severely defoliated and weakened the plants. I assume it isn't any of the soil rot diseases since your tomatoes are fine, except for the smaller, newer ones that don't develop properly. You could go to the OSU Fact Sheets and look at the photos there if you haven't already, but like I already said, the real-life stuff I see in my garden doesn't compare well to photos because in real life you often have a mixture of several sets of symptoms. Long ago I printed the three OSU Fact Sheets on Common Diseases of Tomatoes, and I have read them and looked at them so many times that I feel like I could probably recite them from memory. They are Common Diseases of Tomatoes Part I. Diseases Caused By Fungi (F-7625) Common Diseases of Tomatoes Part II. Diseased Caused By Bacteria, Viruses, and Nematodes. (F-7626) Common Diseases of Tomatoes Part III. Non-Infectious Diseases. (F-7627) I sort of disagree with their title (but they are the experts and I am not). What they call non-infectious diseases is what I think of as mostly physiological disorders, but that's just me. For all the issues in the first two factsheets, the only "solution" is prevention. Once you have bacterial and fungal stuff in your soil, it is usually there forever. Sometimes you can kill it will solarization. It used to be you could fumigate with something like Vapam, which is no longer on the market, but I don't know that it was all that effective back when people used it, and as an organic gardener, I wouldn't have used it anyway. If it wasn't for bacterial and fungal disease, which I tend to refer to "foliar issues" in general, everyone in the USA would have a row of tomatoes in their backyards. If there is anything that discourages gardeners to the point that they give up growing tomatoes, it probably is foliar issues and nematodes. Dawn

The copper in brass makes brass germicidal. Depending upon the type and concentration of pathogens and the medium they are in, brass kills these microorganisms within a few minutes to eight hours of contact. The bactericidal properties of brass have been observed for centuries and were confirmed in the laboratory in 1983. Subsequent experiments by research groups around the world reconfirmed the antimicrobial efficacy of brass, as well as copper and other copper alloys. Extensive structural membrane damage to bacteria was noted after being exposed to copper. In 2007, U.S. Department of Defense's Telemedicine and Advanced Technologies Research Center (TATRC) began to study the antimicrobial properties of copper alloys, including four brasses (C87610, C69300, C26000, C46400) in a multi-site clinical hospital trial conducted at the Memorial Sloan-Kettering Cancer Center (New York City), the Medical University of South Carolina, and the Ralph H. Johnson VA Medical Center (South Carolina). Commonly-touched items, such as bed rails, over-the-bed tray tables, chair arms, nurse's call buttons, IV poles, etc. were retrofitted with antimicrobial copper alloys in certain patient rooms (i.e., the "coppered" rooms) in the Intensive Care Unit (ICU). Early results disclosed in 2011 indicate that the coppered rooms demonstrated a 97% reduction in surface pathogens versus the non-coppered rooms. This reduction is the same level achieved by "terminal" cleaning regimens conducted after patients vacate their rooms. Furthermore, of critical importance to health care professionals, the preliminary results indicated that patients in the coppered ICU rooms had a 40.4% lower risk of contracting a hospital acquired infection versus patients in non-coppered ICU rooms. The U.S. Department of Defense investigation contract, which is ongoing, will also evaluate the effectiveness of copper alloy touch surfaces to prevent the transfer of microbes to patients and the transfer of microbes from patients to touch surfaces, as well as the potential efficacy of copper-alloy based components to improve indoor air quality. In the U.S., the Environmental Protection Agency regulates the registration of antimicrobial products. After extensive antimicrobial testing according to the Agency's stringent test protocols, 355 copper alloys, including many brasses, were found to kill more than 99.9% of methicillin-resistant Staphylococcus aureus (MRSA), E. coli O157:H7, Pseudomonas aeruginosa, Staphylococcus aureus, Enterobacter aerogenes, and vancomycin-resistant Enterococci (VRE) within two hours of contact. Normal tarnishing was found to not impair antimicrobial effectiveness.

Millions of Americans have been diagnosed with OCD and other anxiety disorders. These personalities operate on a 'what if' rationale of fearful alert. These are disorders of the mind. Afflicted people can't help their feelings, other than remembering that they are prone to false perceptions. The rest of us can more easily be guided by facts. NONE of the people who came into contact any of the THREE documented cases of Ebola in the US have developed the disease. Incubation is normally three to eight days; Duncan's contacts have stayed isolated for 21 days 'just in case', and have NOT developed Ebola. Even Mr. Duncan might not have died if the ER had recognized his Ebola when he first came to the hospital, before the disease was obvious. I predict we won't see Dr. Nancy until this all blows over. Maybe she's ready to retire. Most females on TV have a 'sell by' date.