@ennahs.cakes: more xmas piping #fyp #foryoupage #foryou #christmas #christmasbaking #cake

Ennah’s Cakes

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Region: GB

Thursday 10 December 2020 18:49:45 GMT

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Comments

humphriesfambam :

Can you tell me what tips you use?

2020-12-11 00:18:01

8

ayisharani_ :

obsessed 😍

2020-12-10 18:51:57

2

Cami :

So cool 🥰 happy merry Christmas 🎄🎁

2020-12-10 18:59:53

2

Juanita Garcia :

Beautiful! Merry Christmas

2020-12-10 19:07:32

1

colleen :

THATS AMAZING

2020-12-10 20:02:45

1

el :

love it

2020-12-11 11:07:01

0

Alfreda Lewis :

Nice 🥰🥰🥰

2020-12-16 04:18:39

0

SMH :

Beautiful, what colours do you use please x

2020-12-26 22:58:56

0

cosmicentitydeath :

@killerbeeew hey it’s christmas wake up

2021-02-25 00:13:08

0

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Whether naturally regenerated or replanted, second-growth forests all across Turtle Island are often tightly packed stands that have been radically simplified from the nature forests that stood before them. These forests often have a dense canopy that allows little light to reach the forest floor, resulting in a lack of biodiversity in the understory which creates little habitat for wildlife while also reducing the amount of moisture-retaining mosses and roots, leading to increased overland flow of water and sedimentation of freshwater habitat downstream. The lack of diversity of tree species at different ages and spacing makes the stand more susceptible to disturbances like wind-throw, drought, insect infestation and wildfire, all of which are made more severe with the impact of anthropogenic climate change. It can take centuries for a stand to mature into a forest that vaguely resembles the complexity of the original forest that existed, and in an era of climate change, that’s more important than ever. Our forest restoration work aims to increase complexity within a stand by replicating the composition found in healthy mature forests in order to create greater biodiversity, ecological function and resilience during uncertain times. By thinning these trees, we create canopy gaps that allows light to come in so that a diverse mix of plants can establish on the forest floor. This spacing allows for the remaining trees to grow bigger and stronger faster, and together with their age complexity, this helps insulate this stand from the impacts of wildfire, disease and insect infestation. Increased biodiversity, spacing, forage plants and standing dead trees increases habitability for a wide range of wildlife, and the increased complexity of root structures in the soil reduces the impact of droughts and sedimentation of streams. Here’s just a brief look at the impact of our efforts in one small forest plot after just a dozen short years! Now imagine this ecological restoration happening in forests all across Turtle Island, and a few more decades of growth…let’s get to work! #forest #restoration #nature #ecology #logging #dobetter #science

Whether naturally regenerated or replanted, second-growth forests all across Turtle Island are often tightly packed stands that have been radically simplified from the nature forests that stood before them. These forests often have a dense canopy that allows little light to reach the forest floor, resulting in a lack of biodiversity in the understory which creates little habitat for wildlife while also reducing the amount of moisture-retaining mosses and roots, leading to increased overland flow of water and sedimentation of freshwater habitat downstream. The lack of diversity of tree species at different ages and spacing makes the stand more susceptible to disturbances like wind-throw, drought, insect infestation and wildfire, all of which are made more severe with the impact of anthropogenic climate change. It can take centuries for a stand to mature into a forest that vaguely resembles the complexity of the original forest that existed, and in an era of climate change, that’s more important than ever. Our forest restoration work aims to increase complexity within a stand by replicating the composition found in healthy mature forests in order to create greater biodiversity, ecological function and resilience during uncertain times. By thinning these trees, we create canopy gaps that allows light to come in so that a diverse mix of plants can establish on the forest floor. This spacing allows for the remaining trees to grow bigger and stronger faster, and together with their age complexity, this helps insulate this stand from the impacts of wildfire, disease and insect infestation. Increased biodiversity, spacing, forage plants and standing dead trees increases habitability for a wide range of wildlife, and the increased complexity of root structures in the soil reduces the impact of droughts and sedimentation of streams. Here’s just a brief look at the impact of our efforts in one small forest plot after just a dozen short years! Now imagine this ecological restoration happening in forests all across Turtle Island, and a few more decades of growth…let’s get to work! #forest #restoration #nature #ecology #logging #dobetter #science

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#CapCut #🥰🥰🥰🥰🥰 #CapCut #🥰🥰🥰🥰🥰

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