Rezultate din studii: Sinteză: pentru ~1,8–2,0 t/ha, absorbție aproximativ 60–80 kg N, 10–32 kg K2O, 10–18 kg P2O5, 5–13 kg CaO, 6–10 kg MgO/ha; valori de sistem, nu foliare.

Surse documentare (6)

legarea fructelor–formarea capsulei

formarea capsulelor și creșterea semințelor

Pregătire pentru etapa următoare: umplere și acumularea uleiului

Cultură / taxon: Ricin · Ricinus communis L.

Necesar / elemente prioritare:

N K P Ca Mg

Rol agronomic: Sinteza indică vârful cererii nutritive în formarea capsulelor.

Condiție de aplicare: Ca foliar numai dacă există deficit/țesut tânăr cu risc; nu amesteca Ca cu sulfați/fosfați conform fișei.

Obiectiv: Susținerea capsulelor și a transportului către semințe.

Risc descris: Deficitele în această etapă pot limita direct numărul/masa capsulelor și uleiul.

Confirmați condiția în parcelă și respectați eticheta produsului înainte de aplicare.

ROfert® MAXElemente relevante: N, K, PInterval de dozare al produsului: 2–7 kg/haVezi produsul

ROfert® Mn+Elemente relevante: N, MgInterval de dozare al produsului: 1–3 L/haNote: Atenționări: Nu aplicați sub 5°CVezi produsul

ROfert® B+Elemente relevante: NInterval de dozare al produsului: 1–5 kg/haNote: Atenționări: Incompatibil cu Ca în același tancVezi produsul

ROfert® Zn+Elemente relevante: N, KInterval de dozare al produsului: 0,7–2 kg/haVezi produsul

ROfert® Mg+Elemente relevante: N, MgInterval de dozare al produsului: 2–10 kg/haVezi produsul

ROfert® KSElemente relevante: KInterval de dozare al produsului: 2–10 kg/haVezi produsul

ROfert® PKElemente relevante: K, PInterval de dozare al produsului: 1–4 kg/haVezi produsul

ROfert® AminoElemente relevante: NInterval de dozare al produsului: 1–3 L/haVezi produsul

ROfert® CaElemente relevante: CaInterval de dozare al produsului: 3–5 L/haNote: Atenționări: Incompatibil cu B+ în același tancVezi produsul

Rezultate din studii: Sinteză 2025: cererea nutritivă atinge vârf la capsule; N, P, K, Ca, Mg sunt cuantificate la nivel de absorbție totală.

Surse documentare (5)

maturare raceme

umplere finală și maturarea succesivă a racemelor

Pregătire pentru etapa următoare: semințe mature cu ulei ridicat

Cultură / taxon: Ricin · Ricinus communis L.

Necesar / elemente prioritare:

K Mg N redus

Rol agronomic: K/Mg susțin translocarea; N tardiv excesiv poate prelungi vegetația.

Volum de apă: 250–350 L apă/ha

Condiție de aplicare: Aplică doar pe frunziș activ și dacă există deficit; evită N tardiv.

Obiectiv: Finalizarea umplerii fără întârzierea maturării.

Risc descris: K/Mg deficitare pot limita remobilizarea.

Aplicați respectând condițiile indicate

ROfert® Mg+Elemente relevante: Mg, NInterval de dozare al produsului: 2–10 kg/haDoză indicată pentru această etapă — 2,7–4 kg/haVezi produsul

ROfert® KSElemente relevante: KInterval de dozare al produsului: 2–10 kg/haDoză indicată pentru această etapă — 2,7–4 kg/haVezi produsul

ROfert® MAXElemente relevante: K, NInterval de dozare al produsului: 2–7 kg/haVezi produsul

ROfert® Mn+Elemente relevante: Mg, NInterval de dozare al produsului: 1–3 L/haNote: Atenționări: Nu aplicați sub 5°CVezi produsul

ROfert® B+Elemente relevante: NInterval de dozare al produsului: 1–5 kg/haNote: Atenționări: Incompatibil cu Ca în același tancVezi produsul

ROfert® Zn+Elemente relevante: K, NInterval de dozare al produsului: 0,7–2 kg/haVezi produsul

ROfert® PKElemente relevante: KInterval de dozare al produsului: 1–4 kg/haVezi produsul

ROfert® AminoElemente relevante: NInterval de dozare al produsului: 1–3 L/haVezi produsul

Rezultate din studii: Nu există o estimare numerică a efectului acestei aplicări.

Surse documentare (3)

🔬 Carențe nutritive →🤖 Diagnostic AI →

Culturi înrudite botanic sau din aceeași grupă agronomică.

Stadii BBCH la Șofrănel

Carthamus tinctorius L.

Aceeași grupă: Oleaginoase

Stadii BBCH la Susan

Sesamum indicum L.

Aceeași grupă: Oleaginoase

Stadii BBCH la In pentru ulei

Linum usitatissimum L.

Aceeași grupă: Oleaginoase

Stadii BBCH la Camelina

Camelina sativa (L.) Crantz

Aceeași grupă: Oleaginoase

Stadii BBCH la Sorg Furajer / Sudan

Carențe frecvente comune (FE, ZN, N)

Surse și referințe tehnice

Conținutul acestei pagini se bazează pe publicații științifice, reglementări oficiale și ghiduri tehnice validate de institute de cercetare și organizații agricole internaționale.

[1]

FAO

Crop Production and Protection — Crop Management Technical Guidelines

[2]

IFA — International Fertilizer Association(2006)

Fertilizer Use by Crop — Nutrient Management Recommendations

[3]

INCDA Fundulea

Ghiduri tehnice pentru culturile agricole din România

[4]

Meier, U. (ed.) — Julius Kühn-Institut(2018)

BBCH Monograph — Growth Stages of Major Agricultural Crops

[5]

Meier U. (ed.)(2001)

Growth stages of mono- and dicotyledonous plants — BBCH Monograph (2nd ed.) — BBCH Monograph, 2nd edition

Context, roluri și localizări (8)

BBCH 00.
BBCH 09.
BBCH 13.
BBCH 30.
BBCH 51.
BBCH 65.
BBCH 71.
BBCH 89.

[6]

Documentația reperului

Proveniență documentară · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Proveniență documentară · Proveniență documentară · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling · Proveniență documentară · Proveniență documentară

Context, roluri și localizări (5)

BBCH 00. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 09. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 13. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 30. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 51. K — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 51. K — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 51. Ca — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 51. Ca — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 51. Mg — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 51. Mg — nutrient support of tissues and transport from inflorescence appearance towards anthesis — nutrient support of tissues and transport from inflorescence appearance towards anthesis — continued development of the main raceme toward reproductive growth — continued development of the main raceme toward reproductive growth Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 51. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 65. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 71. N — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 71. N — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 71. P — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 71. P — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 71. K — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 71. K — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 71. Ca — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 71. Ca — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 71. Mg — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods
BBCH 71. Mg — uptake and partitioning during capsule formation and seed filling — uptake and partitioning during capsule formation and seed filling — capsule and seed development in the reproductive period — capsule and seed development in the reproductive period Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed. | Castor nutrient review, inflorescence development and capsule formation (Agronomy, 2025); (10.3390/agronomy15061402); Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods; nutrient demand rises from inflorescence development towards capsule formation and seed filling
BBCH 71. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Reproductive nutrient-demand and nutrient-transport sections; R42:88–90 reviewed periods | Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
BBCH 89. Proveniența documentării; nu atribuie măsurători sau riscuri suplimentare. Localizare: Castor: A Renewed Oil Crop for the Mediterranean Environment; https://www.mdpi.com/2073-4395/15/6/1402; Section 5.5; domeniu verificat: Castor (Ricinus communis L.) in the Mediterranean environment; limită: The provided information represents a literature review of general crop requirements rather than original experimental data from this study, which explicitly states no new data were created or analyzed.
inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.
legarea fructelor–formarea capsulei. Susținerea capsulelor și a transportului către semințe. — Sinteza indică vârful cererii nutritive în formarea capsulelor.
maturare raceme. Finalizarea umplerii fără întârzierea maturării. — K/Mg susțin translocarea; N tardiv excesiv poate prelungi vegetația.

[7]

Referință tehnică

Context, roluri și localizări (2)

BBCH 00–09. Plantulă cu frunze cotiledonare și adevărate funcționale. — P pentru rădăcină; Zn/Fe pot deveni limitative pe soluri calcaroase; N susține frunza.
BBCH 10–39. Construirea unui aparat foliar capabil să susțină racemele. — N controlează expansiunea frunzei, nodurile și fotosinteza; K/Mg/P susțin metabolismul.

[8]

Referință tehnică

Context, roluri și localizări (1)

BBCH 00–09. Plantulă cu frunze cotiledonare și adevărate funcționale. — P pentru rădăcină; Zn/Fe pot deveni limitative pe soluri calcaroase; N susține frunza.

[9]

Referință tehnică

Context, roluri și localizări (1)

BBCH 00–09. Plantulă cu frunze cotiledonare și adevărate funcționale. — P pentru rădăcină; Zn/Fe pot deveni limitative pe soluri calcaroase; N susține frunza.

[10]

Referință tehnică

Context, roluri și localizări (1)

BBCH 00–09. Plantulă cu frunze cotiledonare și adevărate funcționale. — P pentru rădăcină; Zn/Fe pot deveni limitative pe soluri calcaroase; N susține frunza.

[11]

Referință tehnică

Context, roluri și localizări (2)

BBCH 00–09. Plantulă cu frunze cotiledonare și adevărate funcționale. — P pentru rădăcină; Zn/Fe pot deveni limitative pe soluri calcaroase; N susține frunza.
inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.

[12]

Referință tehnică

Context, roluri și localizări (2)

BBCH 10–39. Construirea unui aparat foliar capabil să susțină racemele. — N controlează expansiunea frunzei, nodurile și fotosinteza; K/Mg/P susțin metabolismul.
inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.

[13]

Referință tehnică

Context, roluri și localizări (4)

BBCH 10–39. Construirea unui aparat foliar capabil să susțină racemele. — N controlează expansiunea frunzei, nodurile și fotosinteza; K/Mg/P susțin metabolismul.
inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.
legarea fructelor–formarea capsulei. Susținerea capsulelor și a transportului către semințe. — Sinteza indică vârful cererii nutritive în formarea capsulelor.
maturare raceme. Finalizarea umplerii fără întârzierea maturării. — K/Mg susțin translocarea; N tardiv excesiv poate prelungi vegetația.

[14]

Referință tehnică

Context, roluri și localizări (2)

BBCH 10–39. Construirea unui aparat foliar capabil să susțină racemele. — N controlează expansiunea frunzei, nodurile și fotosinteza; K/Mg/P susțin metabolismul.
legarea fructelor–formarea capsulei. Susținerea capsulelor și a transportului către semințe. — Sinteza indică vârful cererii nutritive în formarea capsulelor.

[15]

Referință tehnică

Context, roluri și localizări (3)

inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.
legarea fructelor–formarea capsulei. Susținerea capsulelor și a transportului către semințe. — Sinteza indică vârful cererii nutritive în formarea capsulelor.
maturare raceme. Finalizarea umplerii fără întârzierea maturării. — K/Mg susțin translocarea; N tardiv excesiv poate prelungi vegetația.

[16]

Referință tehnică

Context, roluri și localizări (1)

inflorescență–anteză. Menținerea racemului și tranziția către fructificare. — Necesarul nutritiv crește spre formarea capsulelor; K/Ca/Mg susțin țesuturile și transportul.

[17]

Referință tehnică

Context, roluri și localizări (1)

legarea fructelor–formarea capsulei. Susținerea capsulelor și a transportului către semințe. — Sinteza indică vârful cererii nutritive în formarea capsulelor.

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