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  • Crop soil
    • Analysis of the physico-chemical properties of cultivated soils
    • Texture and structure of cultivated soils
    • Clay-humus complexes and cation exchange capacity
    • Other interesting data that may be included in a laboratory analysis
    • Influence of pH on the fertility potential of cultivated soils
    • Humus; formation and evolution
    • Soil fertility: is the apocalypse coming tomorrow?
    • The microbial world and soil fertility
    • Rhizosphere, mychorizae and suppressive soils
    • Correction of soils that are very clayey, too calcareous or too sandy
    • stimation of humus losses in cultivated soil
    • Compost production for a vegetable garden
    • Composting with thermophilic phase
    • Weed management in the vegetable garden
    • To plow or not to plow?
    • The rototiller, the spade fork, and the broadfork
  • Fertilization
    • Synthetic or organic fertilizers?
    • The rationale behind fertilisation in the vegetable garden
    • Examples of sustainable fertilization for some vegetable plants
    • The issue of nitrogen assimilation in organic farming
    • Can a vegetable be forced to grow?
    • Brief description of some mineral fertilisers
    • Measurement of nitrate concentration in cultivated soil
    • It’s easy to cheat in organic farming
  • Biocontrol
    • Integrated biological protections
    • biocontrols: important definitions
    • Agroecology: Ecosystem Services in the Vegetable Garden
    • Vegetable garden and biodiversity areas
    • pseudoscience and mysticism in agriculture
    • Permaculture: scientific innovation or sham?
    • Control of regulated harmful organisms in France
    • Insect nets for crop protection
    • Imports of beneficial insects to combat pests
    • biological control of aphids
    • Biological control of whiteflies and scale insects
    • Biological control of mites, thrips and bugs
    • control of cockchafers, wireworms, grey grubs, mole crickets ants
    • varietal selection in agriculture
    • Crop rotation
    • Solarisation, false sowing and soil cultivation during periods of frost
    • biocontrol plant protection products
    • Biostimulants in agriculture
    • Simple methods to limit the risk of disease in agriculture
  • Treatments
    • Organic or conventional treatments against pests
    • A few remarks on pesticides approved for use in organic farming
    • Copper and sulfur-based compounds
    • Pyrethrins used in organic farming
    • Neem oil and spinosad
    • The virtues of nettle manure under the microscope
    • Glyphosate: toxicity and exposure risks
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Introduction to integrated methods in the vegetable garden

Control of regulated harmful organisms in France

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Allowing a very prolific pest to flourish without being controlled by a predator contributes to their spread to other plants and sooner or later to an epidemic that is difficult to control. In the end, you end up with an even more unbalanced environment. In french, failure to treat is a criminal offence for diseases that threaten the environment, as specified in the Ministry of Agriculture and Fisheries Order of 31 July 2000, consolidated on 12 February 2008 (1), supplemented by the Order of 15 December 2014 (2). This order includes a list of regulated harmful organisms gathered in two annexes. Annex A specifies the harmful organisms whose eradication is compulsory throughout France, and Annex B specifies “Certain harmful organisms, against which control is not compulsory throughout the territory and on a permanent basis, but whose spread may present a danger either at certain times, or within a specific perimeter, or on certain plants, plant products and other specific objects…”

For vegetable crops, some examples of pests subject to mandatory treatment are::

Clavibacter michiganensis

(Clavibacter michiganensis subsp. Sepedonicus)

bacterial wilt of potato.

Meloidogine

(Meloidogyne chitwoodi)

root-knot nematode found in tomato and pepper crops

Brown Rot potato

(Ralstonia solanacearum)

It is a plant pathogenic bacterium of soil and rhizosphere origin. This type of bacterium covers a very broad host spectrum of about 250 plant species, including tomato, potato and melon.

Mediterranean Noctuid

(Spodoptera littoralis)

The caterpillar of this polyphagous and phyllophagous butterfly from Africa (a) is known to damage many crops, including legumes (beans, peas, broad beans, lentils, etc.).

Black scurf or potato scurf “verruqueuse

(Synchytrium endobioticum)

A fungal disease of potatoes characterised by the formation of cauliflower-like growths. The black spores can remain in the soil for several years.

The Japanese beetle or Japanese chafer

(Popillia japonica)

The larva, which prefers to feed on grass roots, can attack certain vegetable plants such as strawberries, carrots and potatoes

the fly South American leafminer

(Liriomyza huidobrensis)

Newly introduced in Europe and very polyphagous, is common in vegetable crops in the south of France, the main vegetable host plants known in France are chicory, lettuce, cabbage, cucumber, celery, bean, chilli, pepper, tomato, potato.

Fruit trees can also fall victim to a harmful organism that must be treated, such as fire blight (Erwinia amylovora), which is considered one of the most dangerous diseases of pear, apple and quince trees, or sharka (Plum pox virus), which affects stone fruit species (peach, plum, apricot, etc.), and xillela fastidiosa in olive trees, which is caused by a bacterium carried by insects. This deadly disease can be found on more than 200 plant species (3).

a) Phyllophage : se nourrit aux dépens des feuilles.

1) Arrêté du 31 juillet 2000 établissant la liste des organismes nuisibles aux végétaux, produits végétaux et autres objets soumis à des mesures de lutte obligatoire ♦
2) Aagriculture.gouv.fr – xylella fastidiosa une bacterie mortelle pour 200 espèces végétales

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