Outdoor portrait of Peter Molling and Andree Molling nee Baer; Geneva, Switzerland.

Peter Molling (1924-1965) and Andree Mollling born Baer on the occasion of their engagement in Geneva, Switzerland in 1950

Portrait of Josef with his son Peter Molling.

Badly faded picture of Peter Molling, left, and his father, Josef Molling

Portrait of Peter Molling and one unidentified child, playing in the sand; Germany.

left unknown child; right Peter Molling

Portrait of Walter, Kurt, Freddy and Hal Gottschalk (Godsaw) in the garden wearing suits; Hannover, Germany. Portraits Children

From left to right: Walter, Kurt, Freddy and Hal Gottschalk (Godsaw)

Walter, Kurt, Freddy and Hal Gottschalk (Godsaw); Hannover, Germany. Portraits children

On shoulders left to right: Freddy, Walter; standing left to right: Kurt, Hal

Physiological Basis for Genotypic Variation in Tolerance to and Recovery from Pre-flowering Drought in Peanut.

Drought during the pre-flowering stage can increase yield of peanut. There is limited information on genotypic variation for tolerance to and recovery from pre-flowering drought (PFD) and more importantly the physiological traits underlying genotypic variation. The objectives of this study were to determine the effects of moisture stress during the pre-flowering phase on pod yield and to understand some of the physiological responses underlying genotypic variation in response to and recovery from PFD. A glasshouse and field experiments were conducted at Khon Kaen University, Thailand. The glasshouse experiment was a randomized complete block design consisting of two watering regimes, i.e. fully-irrigated control and 1/3 available soil water from emergence to 40 days after emergence followed by adequate water supply, and 12 peanut genotypes. The field experiment was a split-plot design with two watering regimes as main-plots, and 12 peanut genotypes as sub-plots. Measurements of N-2 fixation, leaf area (LA) were made in both experiments. In addition, root growth was measured in the glasshouse experiment. Imposition of PFD followed by recovery resulted in an average increase in yield of 24 % (range from 10 % to 57 %) and 12 % (range from 2 % to 51 %) in the field and glasshouse experiments, respectively. Significant genotypic variation for N-2 fixation, LA and root growth was also observed after recovery. The study revealed that recovery growth following release of PFD had a stronger influence on final yield than tolerance to water deficits during the PFD. A combination of N-2 fixation, LA and root growth accounted for a major portion of the genotypic variation in yield (r = 0.68-0.93) suggesting that these traits could be used as selection criteria for identifying genotypes with rapid recovery from PFD. A combined analysis of glasshouse and field experiments showed that LA and N-2 fixation during the recovery had low genotype x environment interaction indicating potential for using these traits for selecting genotypes in peanut improvement programs.

Tombstone of Gustav and Hermine Molling in Bothfeld Cemetery; Hannover Cemeteries Tombs

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Tombstone of Gustav and Hermine Molling on Bothfeld Cemetery; Hannover Cemeteries Tombs

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Identification of insects, spiders and mites in vegetable crops: Trainer's handbook

The trainers manual provides workshop plans and sample slides for trainers wishing to conduct the 'Identification of insects, spiders and mites in vegetable crops' workshop.

Studio portrait of Peter Molling.

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Margarete "Gretchen" Molling nee Benjamin holding her baby son Peter Adolf Molling.

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Grete and Ernst Glasner (seated center); Danubius, Bratislava.

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Ruth Augusta Beatrice Goldschmidt; Berlin Portraits Children

Born 1923?