I see environmental stress on the rhodie, maybe salts in the soil. The jasmine might have something fungal on it, can't say if it is a secondary infection from pic. Other two, Photobucket annoying this morning and only scrolled through, but I see environmental stress on viburnums too. You'll want to think about if you are overfertilizing, not enough/too much water, sudden weather changes, poorly drained soil, etc. That's what I got out of a quick look between too many Photobucket FUBARs and I closed window. Dan

Here are some pages with info on Scale insects and their control. Note the list of products mentioned on the bottom of the first webpage. http://www.planetnatural.com/site/xdpy/kb/scale-control.html http://edis.ifas.ufl.edu/MG005 http://www.rhs.org.uk/advice/profiles0801/scale.asp I hope those help.

Various things can make plants wilt -- critters or disease and/or erratic/poor care. Whenever you suspect a root problem, it's wise to dig up the plant so that you can examine the roots. If you pull it up, all the potential evidence is still in the ground. Do you have pictures you can post? Including of the root system?

My getting horse manure mid-summer this year was worth it: Only 1 rose-slug out of the entire garden (50+ roses), that's on the hill where I could not apply horse manure. Previous year of NO horse manure I had at least a dozen rose slugs. High-phosphorus ATTRACT pests. Yves Seedling got DOUBLE-DOSE of Dr.Earth NPK 4-10-7 ... I was absent-minded so I applied that twice. That's the only rose which was attacked by thrips ... I killed 5 thrips on that rose, after seeing one deformed bloom. Yesterday I saw one grasshopper on that rose, so I chopped that pest into half with a scissor. I was cutting blooms for the vase, so I inspected all my roses: none of them have grasshopper, except for Yves-seedling. Yves Seedling is in its 3rd year, no thrips whatsoever in previous years .. it's a dark-red rose. Re-post the info. Here's an Abstract from Cornell University, entitled "Effects of manure and chemical fertilizers on insect pest populations on collards." http://www.researchgate.net/publication/223371840_Effects_of_manure_and_chemical_fertilizers_on_insect_pest_populations_on_collards Department of Entomology, Comstock Hall, Cornell University, Ithaca, NY " This proposition was examined using collards grown in five treatments: two with fresh manure at two levels (12 and 220 ha−1); one with ‘sheet composted’ manure at 220 ha−1; a chemical fertilizer treatment (785 kg ha−1 of 13:13:13 NPK); and a control treatment with no added nutrients. Population densities of two flea beetles and two lepidopteran pests were monitored weekly. During population peaks, flea beetle densities were significantly higher on plants receiving chemical fertilizers than on plants receiving similar amounts of macronutrients from manure. Flea beetle, imported cabbage worm and diamondback moth densities were significantly higher on untreated plants than on plants receiving any added nutrients. Flea beetle densities were also significantly higher on plants grown with ‘sheet composted’ manure than on those grown with fresh manure. " *** From StrawChicago: As to rose-midge, the only time I had that was when I did my oat-meal experiment in 2013 fall: mixing oatmeal with fluffy potting soil, and topped Golden Celebration with that in the fall. That created a perfect moist & fluffy environment for rose midge to hatch. I saw midge flying around that rose, plus deformed blooms, so I read Cornell University research which stated that too dry, or too wet would stop midge. So I put my soaking-wet-clay on top, and FLOODED that area many times per day. That took care of rose-midge for good. No other roses affected, and no midge in my 2 decades of growing roses. This year I topped my roses with DRY & alkaline RED-LAVA-ROCK and pea-gravel. Here's a good article on Rose-midge control: http://www.pghrosesociety.org/rosemidge.html "The only reported effective non-chemical control for rose midge would be daily removal of affected new growth tips and destroying the debris. This prevents of larva from dropping to the ground and pupating into new insects. Do not compost the remove plant material for this will allow the life cycle to continue in and around your garden. This requires diligent daily inspection of the new growth to detect the infestation and remove the plant part before the larva (sometimes referred to as maggots) fall to the ground. There is some anecdotal reports that removal of any mulch and loose soil around the plants in late fall will remove the embedded larva which burrows about 1-2" below the surface. Again this material must be removed from the garden or anywhere within 150 feet to prevent return of the insect. The only scientific study published in the horticultural literature on in subject of rose midge control appeared in 2006 authored by Dr. Janice Elmhirst ... The two biologicals tested are commercially available, one being AVID (with the active ingredient abamectin derived from the soil microorganism Streptomyces avermitilis and the other DOKTOR DOOM®, a ready to use permethrin formulation. The predators were a nematode (Steinernema feltiae) and a predatory mite in the form of an unidentified Hypoaspis species. The chemical control was Matador (lambdacyhalothrin), which is similar to the active ingredient in the Bayer chemical products mentioned earlier. The results of this study were interesting in that the predatory insect approach actually had a higher level of midge damage than the untreated controls. The best result came from the Doktor Doom product with less than 2% damaged rose growth. The next best was the chemical control with approximately 4% damaged tips. The Avid did better than the control but not by a significant amount." http://www.pghrosesociety.org/rosemidge.html