Effects of short‐term waterlogging on the growth and yield of peas (<i>Pisum sativum</i>)

Cannell, R. Q.; Gales, K.; Snaydon, R. W.; Suhail, B. A.

doi:10.1111/j.1744-7348.1979.tb06549.x

Cited by 46 publications

(32 citation statements)

References 12 publications

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“…While 2 d of flooding at the early vegetative stage reduced soybean yield by 18%, the same Hooding duration during the flowering stage reduced yield by 26% (Scott et al 1989). Similar results were reported in lysimeter studies of Hooded soybean (VanToai et al 1987), peas (Jackson 1979;Cannell et al 1979) and oilseed rape (Cannell & Bellbrd 1980). Such studies do not exist for maize, in spite of the extensive work carried out on the maize anoxic response.…”

Section: Introductionsupporting

confidence: 67%

Developmental regulation of anoxic stress tolerance in maize

VanToai

Saglio

Ricard

et al. 1995

Plant Cell & Environment

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Anoxia associated with flooding stress is detrimental to plant growth and productivity. When maize seedlings 2 to 7 d old were exposed to anoxic stress, 3‐d‐old seedlings were found to have much lower tolerance than 2‐d‐old seedlings. Ninety per cent of 2‐d‐old seedlings survived 72 h of anoxic stress compared with 0% of the 3‐d‐old seedlings. Since 2‐d‐old isolated root tips survived anoxic stress better than 3‐d‐old tips, the anoxic tolerance of 2‐d‐old seedlings was independent of the translocation of nutrient reserves from the endosperm to the root. The addition of glucose to the medium improved the anoxia tolerance of 2‐d‐old seedlings by 25% but had no effect on 3‐d‐old seedlings. Acclimation by pre‐cxposure to 4% oxygen and pre‐treatment with 100mmol m−1 abscisic acid (ABA) improved the anoxia tolerance of 3‐d‐old seedlings by 2‐ and 4‐fold, respectively. However, acclimation and ABA treatment had no effect on 2‐d‐old seedlings. The results indicate that anoxia tolerance in maize is develop‐mentally regulated. The mechanism of anoxia tolerance innate to 2‐d‐old seedlings was inducible in 3‐d‐old seedlings by acclimation or treatment with ABA.

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Section: Introductionsupporting

confidence: 67%

Developmental regulation of anoxic stress tolerance in maize

VanToai

Saglio

Ricard

et al. 1995

Plant Cell & Environment

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“…A diminuição gradativa das demais características apresentadas na Figura 3 em função de incrementos do IDS pode, também, ter sido causada pela menor aeração do solo, nos tratamentos que foram submetidos a elevações do nível freático próximo da superfí-cie do solo. Conforme Cannell et al (1979), a ervilha é sensí-vel ao excesso de água no solo e qualquer prática de campo que proporcione a elevação do nível freático no solo pode aumentar o risco de redução no crescimento e rendimento das plantas.…”

Section: Efeito Do íNdice Diário De Estresse (Ids) E Da Elevação Do Lunclassified

Fator de susceptibilidade e produtividade da ervilha para diferentes alturas de lençol freático

Garcia

Ferreira

Figueiredo

et al. 2010

Agraria

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Fator de susceptibilidade e produtividade da ervilha para diferentes alturas de lençol freático RES UMONesse trabalho, objetivou-se determinar o fator de susceptibilidade e os efeitos do índice diário de estresse e da inundação temporária sobre a produção da ervilha (Pisum sativum L.), cultivada em lisímetros de drenagem. Foram estudados os efeitos de cinco tratamentos, consistindo dos valores do excesso de água acima da profundidade de 30 cm: T 1 : = 0 cm d -1 (testemunha); T 2 : = 96 cm d -1 ; T 3 : = 144 cm d -1 ; T 4 : = 192 cm d -1 ; e T 5 : = 240 cm d -1 . No tratamento testemunha o lençol freático permaneceu a 50 cm de profundidade durante o ciclo fenológico da cultura. Para os outros tratamentos, foram realizadas seis elevações do lençol freático de 10 em 10 dias, com duração de dois dias cada uma. Na determinação do coeficiente de susceptibilidade, a cultura foi submetida a encharcamento do solo com dois dias de duração até 5 cm de profundidade, em cada estágio de desenvolvimento. A cultura da ervilha mostrou-se mais sensível ao estresse imposto no primeiro estádio de crescimento e menos sensível no quarto estádio. Os tratamentos envolvendo elevações freáticas e o índice diário de estresse apresentaram uma correlação linear negativa diminuindo os valores da altura de planta, peso médio de vagens por planta, peso total de vagens por planta, numero médio de vagens por planta e o número total de vagens por planta.Palavras-chave: encharcamento do solo, lisímetro de drenagem, Pisum sativum L. Susceptibility factor and productivity of peas in different water table heights AB S TR ACTThis paper aimed at determining the susceptibility factor and the effects of daily stress index and temporary flooding on the production of peas (Pisum sativum L.), cultivated in lysimeters drainage. We studied the effects of five treatments consisted of five values of SEW30: Q1: = 0 cm d -1 (witness), T2: = 96 cm d -1 ; T3: = 144 cm d -1 ; T4: = 192 cm d -1 , and T5: = 240 cm d -1 . In dealing witness the water table remained at 50 cm in depth during the Phenologic cycle of the culture. For other treatments, there were six elevations of the water table of 10 in 10 days, lasting for two days each. In determining the coefficient of susceptibility, the culture was subjected to waterlogging with two days' duration at 5 cm in depth, at each stage of development. The crop of peas was more sensitive to the stress imposed on the first stage of growth and less sensitive on the fourth stage. Treatments involving water table elevations and daily stress index showed a negative linear correlation reducing the values of the plant height, average weight of pods per plant, total weight of pods per plant, average number of pods per plant and the total number of pods per plant.

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“…Large decreases in yield after only one day of waterlogging have been reported in many legumes (Cannell et al, 1979;Jackson, 1979) including soybean (Wien et al, 1979). Waterlogging is reported to reduce growth and chlorophyll content and responsible for death of roots and reduced yield of mungbean (Islam et al, 2007;Islam et al, 2008).…”

Section: The Agriculturists 15(2): 88-100(2017) Issn 2304-7321 (Onlinmentioning

confidence: 99%

The influence of Waterlogging Period on Yield and Yield Components of Mungbean (<i>Vigna radiata</i> L. Wilczek)

et al. 2018

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Yield performance of 10 selected mungbean (Vigna radiata L. Wilczek) genotypes, viz. GK-7, GK-48, GK-65, VC-6173A, CO-3, IPSA-12, IPSA-13, IPSA-15, BARI Mug-5 and BUmug 2 was evaluated under waterlogged condition in the research field of Bangabandhu Sheikh Mujibur Rahman Agricultural University, Gazipur, Bangladesh during April to July 2011. Waterlogging depth was 3-5 cm, created by irrigation from tap water and imposed at 22 days after emergence of seedlings which was maintained for 2, 4 and 6 days in the three different treatments. Yield and yield contributing characters of the mungbean genotypes were significantly affected by waterlogging. The longer the waterlogging period, the more was the reduction in seed yield and yield contributing characters. Among the 10 genotypes, IPSA-13 performed the best in respect of grain yield production under waterlogging condition, which was followed by VC-6173A and BUmung 2.

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Effects of short‐term waterlogging on the growth and yield of peas (Pisum sativum)

Cited by 46 publications

References 12 publications

Developmental regulation of anoxic stress tolerance in maize

Developmental regulation of anoxic stress tolerance in maize

Fator de susceptibilidade e produtividade da ervilha para diferentes alturas de lençol freático

The influence of Waterlogging Period on Yield and Yield Components of Mungbean (<i>Vigna radiata</i> L. Wilczek)

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