146 pictures found
RM2565683JPG
Natural regeneration of Silver Fir (Abies alba) in a secondary mid-mountain forest, Auvergne, France
© Monique Morin / Biosphoto
© Monique Morin / Biosphoto
Natural regeneration of Silver Fir (Abies alba) in a secondary mid-mountain forest, Auvergne, France
RM2561717JPG
Common orange lichen (Xanthoria parietina) and Rosette lichen (Physcia sp.) on Oak bark, Bouches-du-Rhone, France
© Marie Aymerez / Biosphoto
© Marie Aymerez / Biosphoto
Common orange lichen (Xanthoria parietina) and Rosette lichen (Physcia sp.) on Oak bark, Bouches-du-Rhone, France
RM2556120JPG
Bearded Usnea (Usnea barbata) on a silver fir (Abies alba) in an
© Monique Morin / Biosphoto
© Monique Morin / Biosphoto
Bearded Usnea (Usnea barbata) on a silver fir (Abies alba) in an old growth forest, Auvergne, France
RM2556118JPG
Silver fir (Abies alba) lichen-covered trunks, bearded Usnea (Usnea barbata), in a secondary forest, Auvergne, France
© Monique Morin / Biosphoto
© Monique Morin / Biosphoto
Silver fir (Abies alba) lichen-covered trunks, bearded Usnea (Usnea barbata), in a secondary forest, Auvergne, France
RM2551587JPG
Foliose and fruticose corticolous lichens on the bark of a Judas
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Foliose and fruticose corticolous lichens on the bark of a Judas tree, Parmelias sulcata, flavoparmelias and Ramalina (fruticose), Cevennes, France
RM2551584JPG
Corticolous foliaceous lichens on the bark of a tree in Vanoise. A foliaceous lichen with a very large bottle-green thallus: Pleurosticta acetabulum,
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Corticolous foliaceous lichens on the bark of a tree in Vanoise. A foliaceous lichen with a very large bottle-green thallus: Pleurosticta acetabulum, with large vase-shaped apothecia (up to 2 cm in diameter) and in grey, Parmelia sulcata, very common.
RM2551583JPG
Beech bark covered with a mosaic of typical crustacean lichens, mainly Lecanora (chlarotera ?) with white thallus and small apothecia, and Lecidella
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Beech bark covered with a mosaic of typical crustacean lichens, mainly Lecanora (chlarotera ?) with white thallus and small apothecia, and Lecidella (elaeochroma ?), PNR du Vercors, France
RM2551582JPG
Beech bark covered with a mosaic of typical crustacean lichens, mainly Lecanora (chlarotera ?) with white thallus and small apothecia, and Lecidella
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Beech bark covered with a mosaic of typical crustacean lichens, mainly Lecanora (chlarotera ?) with white thallus and small apothecia, and Lecidella (elaeochroma ?), PNR du Vercors, France
RM2551577JPG
Fruticose and foliaceous lichens on low branches of forest edges, Great ciliated lichen (Anaptychia ciliaris), which can be identified by its large
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Fruticose and foliaceous lichens on low branches of forest edges, Great ciliated lichen (Anaptychia ciliaris), which can be identified by its large apothecia and greenish ciliated thallus, is a fruticose lichen - in grey, Hammered shield lichen (Parmelia sulcata), lichen with a foliaceous thallus, tolerant of moderate pollution, it is a bio-indicator of atmospheric pollution Ecologists use its capacity to accumulate metals, radioelements and organic pollutants, PNR du Vercors, France
RM2496048JPG
Yellow and grey fruticose lichens on larch bark, these two
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Yellow and grey fruticose lichens on larch bark, these two lichens are very common on mountain trees like larch - Yellow: Letharia vulpina (toxic), grey: Pseudevernia furfuracea (fragrant), Hautes Alpes, France
RM2496047JPG
Foliage Lichen (Hypogymnia physodes) a lichen species sensitive to air pollution and used for biomonitoring on birch bark, France
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Foliage Lichen (Hypogymnia physodes) a lichen species sensitive to air pollution and used for biomonitoring on birch bark, France
RM2493672JPG
Silver fir (Abies alba) covered with lichens, Marcadau valley,
© Frédéric Tournay / Biosphoto
© Frédéric Tournay / Biosphoto
Silver fir (Abies alba) covered with lichens, Marcadau valley, Cauterets, Hautes-Pyrénées, France
RM2486618JPG
Hammered shield lichen (Parmelia sulcata) Foliose lichen on dead branch, Coye Forest, Ile-de-France, France
© Jean-Yves Grospas / Biosphoto
© Jean-Yves Grospas / Biosphoto
Hammered shield lichen (Parmelia sulcata) Foliose lichen on dead branch, Coye Forest, Ile-de-France, France
RM2467009JPG
Association of foliose corticolous lichens on the bark of a tree,
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Association of foliose corticolous lichens on the bark of a tree, Common greenshield lichen (Flavoparmelia caperata) and Hammered shield lichen (Parmelia sulcata) on a tree, the mosses are in fact liverworts, Savoie, France
RM2467005JPG
Association of fructicose and foliaceous lichens on the bark of a tree. Lichen (Anaptychia ciliaris) in the centre, yellow Cartilage Lichen (Ramalina
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Association of fructicose and foliaceous lichens on the bark of a tree. Lichen (Anaptychia ciliaris) in the centre, yellow Cartilage Lichen (Ramalina fraxinea), and grey Hammered shield lichen Parmelia (Parmelia sulcata), associated on a tree trunk. Massif des Bauges, Savoie, France
RM2467002JPG
Great Ciliated Lichen (Anaptychia ciliaris), elegant fructicular lichen of open forests. The fructicular thallus forms strips bordered by delicate
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Great Ciliated Lichen (Anaptychia ciliaris), elegant fructicular lichen of open forests. The fructicular thallus forms strips bordered by delicate cilia, Massif des Bauges, Savoie, France
RM2467001JPG
Great Ciliated Lichen (Anaptychia ciliaris), elegant fructicular lichen of open forests. The fructicular thallus forms strips bordered by delicate
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Great Ciliated Lichen (Anaptychia ciliaris), elegant fructicular lichen of open forests. The fructicular thallus forms strips bordered by delicate cilia and bears apothecia (reproductive organs of the fungus), Massif des Bauges, Savoie, France
RM2466997JPG
Association of fructicose and foliaceous lichens on the bark of a
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Association of fructicose and foliaceous lichens on the bark of a tree Yellow fructicose Strap lichen (Ramalina farinacea), left, and grey foliaceous Hammered shield lichen (Parmelia (Parmelia sulcata) associated on the trunk of a tree, Savoie, France
RM2466996JPG
Fruiting lichen, tree moss (Pseudevernia furfuracea), very common in mountain forests. Corticolous species, omnipresent on the bark of mountain
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Fruiting lichen, tree moss (Pseudevernia furfuracea), very common in mountain forests. Corticolous species, omnipresent on the bark of mountain forests, sensitive to pollution and used as a bio-indicator of radioelements. Massif des Bauges. Savoie. France
RM2461533JPG
Portrait of Gudgeon (Gobio gobio), species bio-indicative of the good quality of watercourses.
© Mathieu Foulquié / Biosphoto
© Mathieu Foulquié / Biosphoto
Portrait of Gudgeon (Gobio gobio), species bio-indicative of the good quality of watercourses. Individual photographed in the Dourbie, downstream of the commune of Nant, Aveyron, Occitania, France
RM2461532JPG
Gudgeon (Gobio gobio), species bio-indicative of the good quality of watercourses. Individual photographed in the Dourbie, downstream of the commune
© Mathieu Foulquié / Biosphoto
© Mathieu Foulquié / Biosphoto
Gudgeon (Gobio gobio), species bio-indicative of the good quality of watercourses. Individual photographed in the Dourbie, downstream of the commune of Nant, Aveyron, Occitania, France
RM2450006JPG
Common Kingfisher (Alcedo atthis) coming to feed his young in his nest dug in the clay bank of a small river of Bugey, Ain, France
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Common Kingfisher (Alcedo atthis) coming to feed his young in his nest dug in the clay bank of a small river of Bugey, Ain, France
RM2447350JPG
Old Man's Beard (Usnea barbata) on pine trees in Tenerife. These
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Old Man's Beard (Usnea barbata) on pine trees in Tenerife. These lichens grow abundantly on trees growing at sea level of clouds linked to the trade winds - Teide NP - Tenerife - Canary Islands
RM2444472JPG
Smooth cauliflower Coral (Stylophora pistillata). Heron Island.
© Jean-Michel Mille / Biosphoto
© Jean-Michel Mille / Biosphoto
Smooth cauliflower Coral (Stylophora pistillata). Heron Island. Great Barrier Reef. Queensland. Autralia.
RM2444230JPG
View half air half water in front of the village of Calella de Palafrugell, Costa Brava, Spain. Biocenosis of photophilic algae.
© Mathieu Foulquié / Biosphoto
© Mathieu Foulquié / Biosphoto
View half air half water in front of the village of Calella de Palafrugell, Costa Brava, Spain. Biocenosis of photophilic algae.
RM2442741JPG
Split view of Brown algae (Cystoseira sp) in front of the former fishing village Calella de Palafrugell, Costa Brava, Spain. Cystoseira are
© Mathieu Foulquié / Biosphoto
© Mathieu Foulquié / Biosphoto
Split view of Brown algae (Cystoseira sp) in front of the former fishing village Calella de Palafrugell, Costa Brava, Spain. Cystoseira are bio-indicators of good water quality.
RM2437629JPG
Tree completely covered with lichens, Montesinho Natural Park, Northeastern Portugal
© Jean-Philippe Delobelle / Biosphoto
© Jean-Philippe Delobelle / Biosphoto
Tree completely covered with lichens, Montesinho Natural Park, Northeastern Portugal
RM2411991JPG
Old Man's Beard (Usnea barbata) on tree, Maido, Reunion Island
© Régis Cavignaux / Biosphoto
© Régis Cavignaux / Biosphoto
Old Man's Beard (Usnea barbata) on tree, Maido, Reunion Island
RM2405133JPG
GloFish Zebrafish (Danio rerio), in diverse color versions. Although not originally developed for the ornamental fish trade, it is one
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
GloFish Zebrafish (Danio rerio), in diverse color versions. Although not originally developed for the ornamental fish trade, it is one of the first genetically modified animals to become publicly available. These fluorescent fishes were developed with a gene that encodes the green fluorescent protein from a jellyfish. The gene was inserted into a zebrafish embryo, allowing it to integrate into the zebrafish's genome, which caused the fish to be brightly fluorescent under both natural white light and ultraviolet light. Their goal was to develop a fish that could detect pollution by selectively fluorescing in the presence of environmental toxins. USA
RM2405132JPG
GloFish Zebrafish (Danio rerio), red and yellow versions. Although not originally developed for the ornamental fish trade, it is one of the first genetically
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
GloFish Zebrafish (Danio rerio), red and yellow versions. Although not originally developed for the ornamental fish trade, it is one of the first genetically modified animals to become publicly available. These fluorescent fishes were developed with a gene that encodes the green fluorescent protein from a jellyfish. The gene was inserted into a zebrafish embryo, allowing it to integrate into the zebrafish's genome, which caused the fish to be brightly fluorescent under both natural white light and ultraviolet light. Their goal was to develop a fish that could detect pollution by selectively fluorescing in the presence of environmental toxins. USA
RM2405131JPG
GloFish Zebrafish (Danio rerio), red and blue versions. Although not originally developed for the ornamental fish trade, it is one of the first
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
GloFish Zebrafish (Danio rerio), red and blue versions. Although not originally developed for the ornamental fish trade, it is one of the first genetically modified animals to become publicly available. These fluorescent fishes were developed with a gene that encodes the green fluorescent protein from a jellyfish. The gene was inserted into a zebrafish embryo, allowing it to integrate into the zebrafish's genome, which caused the fish to be brightly fluorescent under both natural white light and ultraviolet light. Their goal was to develop a fish that could detect pollution by selectively fluorescing in the presence of environmental toxins. USA
RM2393066JPG
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus,
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus, jumping out of water. When jumping on land, the mangrove rivulus does a "tail flip", flipping its head over its body towards the tail end. The jumping technique gives it an ability to direct its jumps on land and to make relatively forceful jumps. It can spend up to 66 consecutive days out of water, which it typically spends inside fallen logs, breathing air through its skin. During this time, it alters its gills so it can retain water and nutrients, while nitrogen waste is excreted through the skin. The change is reversed once it re-enters the water. Brazil
RM2393065JPG
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus, jumping out of water. When jumping on land, the mangrove rivulus does a
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus, jumping out of water. When jumping on land, the mangrove rivulus does a "tail flip", flipping its head over its body towards the tail end. The jumping technique gives it an ability to direct its jumps on land and to make relatively forceful jumps. It can spend up to 66 consecutive days out of water, which it typically spends inside fallen logs, breathing air through its skin. During this time, it alters its gills so it can retain water and nutrients, while nitrogen waste is excreted through the skin. The change is reversed once it re-enters the water. Brazil
RM2393064JPG
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus, on mangrove. It
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus, on mangrove. It lives in brackish, and marine waters (less frequently in fresh water) along the coasts of Florida, through the Antilles, and South America. The mangrove rivulus can spend up to 66 consecutive days out of water, which it typically spends inside fallen logs, breathing air through its skin. During this time, it alters its gills so it can retain water and nutrients, while nitrogen waste is excreted through the skin. The change is reversed once it re-enters the water. The mangrove rivulus is considered to have potential as a bioindicator species of estuary habitats. Brazil
RM2393063JPG
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus. It lives in brackish, and marine waters (less frequently in fresh water) along the coasts of
© Paulo de Oliveira / Biosphoto
© Paulo de Oliveira / Biosphoto
Mangrove killifish or Mangrove rivulus, Kryptolebias marmoratus. It lives in brackish, and marine waters (less frequently in fresh water) along the coasts of Florida, through the Antilles, and South America. The mangrove rivulus can spend up to 66 consecutive days out of water, which it typically spends inside fallen logs, breathing air through its skin. During this time, it alters its gills so it can retain water and nutrients, while nitrogen waste is excreted through the skin. The change is reversed once it re-enters the water. The mangrove rivulus is considered to have potential as a bioindicator species of estuary habitats. Brazil
RM2093019JPG
Bags for the sampling of bioindicated lichens. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Bags for the sampling of bioindicated lichens. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2093018JPG
Bags for the sampling of bioindicated lichens. Study of the
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Bags for the sampling of bioindicated lichens. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
© Anne Claire Monna / Biosphoto
Collection of lichens which will then be analyzed as bioindicators. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2093014JPG
Camille Pasquet (doctoral student at the University of New Caledonia) takes a lichen that will serve as a bio-indicator. Study of the impact of the
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Camille Pasquet (doctoral student at the University of New Caledonia) takes a lichen that will serve as a bio-indicator. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2093013JPG
Collection of lichens which will then be analyzed as bioindicators. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Collection of lichens which will then be analyzed as bioindicators. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2092965JPG
Camille Pasquet (doctoral student at the University of New Caledonia) notes the GPS positioning of the sampled lichens. Study of the impact of the
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Camille Pasquet (doctoral student at the University of New Caledonia) notes the GPS positioning of the sampled lichens. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2092964JPG
Camille Pasquet (doctoral student at the University of New
© Anne Claire Monna / Biosphoto
© Anne Claire Monna / Biosphoto
Camille Pasquet (doctoral student at the University of New Caledonia) takes a lichen that will serve as a bio-indicator. Study of the impact of the exploitation of Nickel. North Province, New Caledonia
RM2068590JPG
Highland Tamarin (Acacia heterophylla), Bamboo ((Nastus borbonicus) and Old Man's Beard (Usnea barbata), Tevelave rorest, Hauts des Avirons, Hauts de
© Myriam Dupuis / Biosphoto
© Myriam Dupuis / Biosphoto
Highland Tamarin (Acacia heterophylla), Bamboo ((Nastus borbonicus) and Old Man's Beard (Usnea barbata), Tevelave rorest, Hauts des Avirons, Hauts de l'Ouest, Reunion island
© Óscar Díez Martínez / Biosphoto
Pyrenean brook salamander on bank - Ordesa Spain
RM2012000JPG
Lichen Pseudevernia on Spruce - Plan de Tuéda Alpes France ; Lichen thallus strips formed on the needles of a spruce
Elevation: 1800 m
© Jean-Yves Grospas / Biosphoto
© Jean-Yves Grospas / Biosphoto
Lichen Pseudevernia on Spruce - Plan de Tuéda Alpes France ; Lichen thallus strips formed on the needles of a spruce
Elevation: 1800 m
RM2011999JPG
Lichen Pseudevernia on Spruce - Plan de Tuéda Alpes France ; Lichen thallus strips formed on the needles of a spruce
Elevation: 1800 m
© Jean-Yves Grospas / Biosphoto
© Jean-Yves Grospas / Biosphoto
Lichen Pseudevernia on Spruce - Plan de Tuéda Alpes France ; Lichen thallus strips formed on the needles of a spruce
Elevation: 1800 m
© Roger Eritja / Biosphoto
Freshwater water fleas females with viviparous offspring