The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature is of considerable interest and worthy of consideration in planning an elementary botany course. Since the plasmodial and fruiting stages can easily be cultured, and recognized, the study of these organisms is a practical project. In the present study bark was collected from well-rotted elm, cottonwood, soft maple, oak stumps and from decaying elm branches found in cool moist places. Oak, ash, aspen, box elder and elm leaves were collected from pockets in the sod where they had gathered and wintered. These collections were made at Iowa City during the latter part of February, 1946
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
This study of the Myxomycetes is a continuation of the study 1 started last year at Iowa Wesleyan Co...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
This publication is part of collection of studies and reports from the University of Iowa, Studies i...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
The potential for using myxomycetes in education is enormous. They are safe, nontoxic, hypoallergeni...
Three distinct types of plasmodia are illustrated and compared. The physaraceous type is easily visi...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
Three distinct types of plasmodia are illustrated and compared. The physaraceous type is easily visi...
Throughout 1968 and during the early part of 1969 bark samples were removed from living trees in urb...
This paper investigated the effects that the physical and chemical properties of a particular substr...
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
This study of the Myxomycetes is a continuation of the study 1 started last year at Iowa Wesleyan Co...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
The Myxomycetes are organisms which exhibit both animal and plant characteristics. This dual nature ...
This publication is part of collection of studies and reports from the University of Iowa, Studies i...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
The potential for using myxomycetes in education is enormous. They are safe, nontoxic, hypoallergeni...
Three distinct types of plasmodia are illustrated and compared. The physaraceous type is easily visi...
Myxomycetes, the true slime molds, are highlighted in research and teaching that emphasizes various ...
Three distinct types of plasmodia are illustrated and compared. The physaraceous type is easily visi...
Throughout 1968 and during the early part of 1969 bark samples were removed from living trees in urb...
This paper investigated the effects that the physical and chemical properties of a particular substr...
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
Protoplasmodia of Clastoderma debaryanum multiply in culture to produce more individual plasmodia, e...
This study of the Myxomycetes is a continuation of the study 1 started last year at Iowa Wesleyan Co...