Translation of "Blattmasse" in English

It contains leaf mass made of Typha, the aerenchyma of which is largely preserved.

And it thanks you by developing a vigorous leaf mass and oust the utility plants.

The nutrients need orchids to form new leaves, roots, buds and flowers.

The energy-richer forms of the nutrients, which have been converted from the energy-poorer form by photosynthesis and are called plant assimilates, are needed by the plants for the formation of leaves and roots.

This causes the plants to produce a larger mass of leaves to convert the high concentration of nutrients by the photosynthesis occurring in the leaves into the assimilates needed by the plants.

In this process, the plants need the available assimilates for the production of the leaves while the growth or roots is neglected in proportion to the lack of light.

The plant assimilates penetrate the grass plants by diffusion through the leaves and are immediately available there for the formation of cells and of the masses of leaves and roots.

The higher the concentration of nutrients in the plant, the higher the plant's consumption of assimilates for forming leaves.

Such conditioners synchronise the drying speed of leaves and stalks to a large extent while at the same time causing only minor mechanical losses of the highly digestible leaves.

As the rootstocks induce a high yielding potential in the cultivar, early starting, regular pruning has to assure, that each year sufficient shoot growth and leaf area are built up for fruit nutrition.

With a purely random distribution of the pigment particles in the sheet pulp there are naturally regions with higher and lower particle concentrations.

Intensity fluctuations that are based on the random distribution of the pigment particles within the sheet pulp are independent of each other here.

With a purely random distribution of the feature-substance particles in the sheet pulp there are naturally regions with higher and lower particle concentrations.

In particular in early growth phases, in which the optimum fertilization state is very important, but the surface vegetation is only 10 to 20%, a relatively large area is therefore to be irradiated as diagonally as possible in the known systems, to be able to measure the most possible green leaf mass and least ground area for reliable averaging.

Huge growth type with much leaf mass, also suitable for the production of biogas substrate if an early maturation is demanded

I am particularly interested in species that have similar properties to the sterile vallörtssorterna 'Bocking 4’ and 'Bocking 14', who have deep root systems and can produce enormous quantities of leaf mass, but there is a risk that they could spread.

They collect in the anthill pieces of leaves, bitten by foragers, chew these leaves into a mushy mass, put in special chambers in the nest, act as greenhouses and feed on the mushrooms developing in the leaf mass.

The almost identical mass of foliage also suggests that the two volumes could belong together, produced for the king at a certain time interval from one another.

Farmers achieve an optimal control time (20% of sorrel flowering stems sprouted) using a full rose across sufficient leaf mass.

The more leaf mass produced, the more sugar can be supplied with the bacteria, resulting in yet more growth and even more nitrogen bound.

However, because these plants have to form a lot of leaves and flowers in a few weeks, it's obvious that you need stay on the case when it comes to fertiliser.

I am particularly interested in species that have similar properties to the sterile vallörtssorterna 'Bocking 4' and 'Bocking 14', who have deep root systems and can produce enormous quantities of leaf mass, but there is a risk that they could spread.