Biology, botany, zoology - Indoor and garden flowers. Crosswordist's Handbook

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Crosswordist's Handbook

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Biology, botany, zoology / Botany / Indoor and garden flowers

(3)

REO

(4)

akka (feijoa)

ALOE

IVY

ROSE FLOWER

HEBE

HOYA

(5)

AGAFA

ACANTHUS

ANON

BUDRA

WANDA

Hebee

WILD

KELLA

KUFEYA

LELIA

LILY

LUBKA

MIRTA

PEPPER

PILEA

RODEA

ROHEA

HAKEYA

EURIA

(6)

ARALIA

AUCUBA

BUKSUS

GERANIUM

GINURA

DURMAN

IXORA

THE NEEDLE

CACTUS

CLIVIA

COLEUS

KRINUM

KUPENA

OTONNA

SEDUM (sedum)

PALM

PETREAA

SAMSHIT

SARANA

FUCHSIA

HIRITA

CERAUS

CISSUS

ELODEA

EONIUM

(7)

AKAMIFHA

ACUCUBA

BANKING

BEGONIA

Brassia

VALLOTA

VRIEZIA

GEMARIA

DRACAENA

Zebrina

KAZURA

CALATHEA

CAMELLIA

CATTLEA

OXIS

SPURGE

MURRAYA

NANDINA

OLEANDER

PUNCH

PAPYRUS

PRIMROSE

PISONIA

REBUCY

SOLYANUM

HIBICUSS

CYPRUS

JUSTICE

CESTRUM

EXACUM

ERISTION

(8)

ABUTILON

ANGREKUM

MAIDENHAIR

ALOCASIA

ALPINIA

ANTURIUM

ANREDERA

ANTOURISM

AHIMENES

BIOFITUM

PRIVET

BRAVALIA

bromeliad

BIEMERIA

GARDENIA

GASTERIA

GEMANTHUS

HIBISCUS

DRIANDRA

CALADIUM

KOSTENETS

NETTLE

LISTOVIK

YOUNGER

COINER

MONOLENA

MONSTERA

Plumbago (mumps)

Saintpaulia

STAPELIA

TRIKANTA

FITTONIA

CELOGINA

CYCLAMEN

SCHEFFLER

HAVORTIA

JACOBINIA

(9)

AGOPANTUS

AGLOONEMA

ILOSTERA

AMARYLLIS

ASPARAGUS

ASPLENIUM (kostenets)

BALSAM

HYDRANGEA

CORDELINE

LIGUSTRUM

Malpighia

IMPOSSIBLE

PEYRESQIA

RAFFLESIA

FAT WOMAN

CHLOROPHIUM

EPIFILUM

ECHINOPSIS

(10)

AKOKANTERA

ASPIDISTRA

ADRAMISCHUS

BERTHOLONIA

BILBERGIA

DENDROBIUM

zygocactus

SAXIFRAGE

QATARANTHUS

CROSSANDRA

LAUREL CHERRY

MAMMILYARIA

PASSIFLORA (passion flower)

PELARGONIUM

SANSEVIERA

FIG TREE

CHLOROPHYTUM

CEPHOMANDRA

(11)

BRUNFELSIA

BOugainvillea

PLATICERIUM (antler)

plectranthus

PHILADELPHUS

Phyllocactus

PHILODENDRON

HIPPIASTRUM

ECHINOCACTUS

(12)

calla

TRADESCENCE

Word search to solve the crossword puzzle:

Replace each unknown letter with *. For example, dog * ka, * oshka, we ** a. Pairs е - ё, and - й are equated.

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In modern agriculture, technological progress is developing aimed at increasing the efficiency of plant care processes. The innovative Florix flower thinning machine was presented in Italy, designed to optimize the harvesting stage. This tool is equipped with mobile arms, allowing it to be easily adapted to the needs of the garden. The operator can adjust the speed of the thin wires by controlling them from the tractor cab using a joystick. This approach significantly increases the efficiency of the flower thinning process, providing the possibility of individual adjustment to the specific conditions of the garden, as well as the variety and type of fruit grown in it. After testing the Florix machine for two years on various types of fruit, the results were very encouraging. Farmers such as Filiberto Montanari, who has used a Florix machine for several years, have reported a significant reduction in the time and labor required to thin flowers. ... >>

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How Lunokhod-1 was found 25.04.2010

"Lunokhod-1" lost many years ago on the surface of the Moon has finally been found!

Lunokhod 1 disappeared from radar screens on September 14, 1971, almost a year after it was delivered to the Moon. And this greatly upset the scientists: a French reflector was installed on it, with the help of which, by reflecting a laser beam, physicists hope to measure the distance to the Moon with an accuracy of a millimeter (such accuracy is needed to search for deviations from Einstein's theory of relativity).

Since then, four reflectors have remained at their disposal - three were brought by Apollos -11, 14 and 15, and the fourth is on Lunokhod-2. This last one is badly oriented, so it is difficult to use it. And to achieve the required accuracy, five reflectors are required: three for determining the coordinates, one for accounting for tidal forces, and one more for control. And in April 2010, the American satellite "Lunar Reconnaissance Orbiter" examined a luminous spot on the surface of the Moon a few kilometers from the place where everyone was looking for "Lunokhod-1".

On April 22, scientists from the group of Tom Murphy, a professor at the University of California at San Diego, aimed a laser at the speck and received a return signal. A repeated experiment, carried out 30 minutes later, made it possible to calculate the coordinates of Lunokhod-1 with an accuracy of ten meters. Now he's back in action.

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